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A Swiss joint stock company (société anonyme) with share capital of 1,116,038.85 Swiss francs
Registered and principal office: 3 chemin du Pré-Fleuri – 1228 Plan-les-Ouates – Geneva – Switzerland
CHE-112.754.833 Registre du commerce (commercial register) of Geneva
2021
UNIVERSAL REGISTRATION DOCUMENT
including the Annual Financial Report
This Universal Registration Document was filed on April 27, 2022 with the Autorité des marchés financiers
(“AMF”) as competent authority under Regulation (EU) 2017/1129, without prior approval in accordance with
Article 9 of the said Regulation.
This Universal Registration Document may be used for the purpose of an offer to the public of securities or the
admission of securities to trading on a regulated market if it is supplemented by a securities note and, if
applicable, by a summary and any amendments made to the Universal Registration Document. These
documents are being together approved by the AMF in accordance with Regulation (EU) 2017/1129.
Copies of this Universal Registration Document are available at no cost at the headquarters of GeNeuro SA
(3 chemin du Pré-Fleuri - 1228 Plan-les-Ouates / Geneva – Switzerland), as well as electronically on the GeNeuro
website (www.geneuro.com) or on the AMF website (www.amf-france.org).
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GeNeuro SA – 2021 Universal Registration Document
GENERAL OBSERVATIONS
Unless otherwise indicated, in this universal registration document (the “Universal Registration Document”) the
terms “Company” or “GeNeuro” mean GeNeuro SA and the term “Group” means the Company and its subsidiaries
GeNeuro Innovation SAS (“GeNeuro Innovation”), in France, and, until its liquidation in Q2 2021, GeNeuro
Australia Pty Ltd (“GeNeuro Australia”), in Australia.
This Universal Registration Document was prepared pursuant to Annex 1 and Annex 2 of the delegated regulation
(EU) 2019/980 of the Commission of 14 March 2019 which complements Regulation (EU) 2017/2019 of the
European Parliament and Counsel and, pursuant to article 19 of the Regulation (EU) 2017/1129, incorporates by
reference (i) the Company’s consolidated financial statements for the year ended December 31, 2019, prepared in
accordance with IFRS, and the auditors’ report related thereto presented in section 18.3 of the Universal
Registration Document filed with the AMF on April 30, 2020 and (ii) the Company’s consolidated financial
statements for the year ended December 31, 2020, prepared in accordance with IFRS, and the auditors’ report
related thereto presented in section 18.3 of the Universal Registration Document filed with the AMF on April 30,
2021.
This Universal Registration Document contains statements about the Group’s objectives. These statements are
sometimes identified by the use of the future tense, the conditional tense, and expressions with forward-looking
character, such as “think,” “has as an objective,” “expects,” “intends,” “should,” “with the ambition of,” “consider,”
“believe,” “wish,” “could,” etc. This information is based on data, assumptions, and estimates considered reasonable
by the Company. They may change or be changed because of uncertainties related to any business as well as to
the economic, financial, competitive and regulatory environment.
Furthermore, the achievement of the Group’s objectives assumes the success of its strategy, which is set forth in
Section 5.1.2 of the Universal Registration Document. The Company can make no commitment or give any
assurance that the objectives set forth in this Universal Registration Document will be achieved.
Investors are urged to give consideration to the risk factors set forth in Chapter 3 “Risk Factors” of this Universal
Registration Document before making their investment decision. The occurrence of such risks could have a negative
effect on the Group’s business, financial condition, results of operations, or prospects. Furthermore, other risks, not
presently identified or not considered material by the Company, could have the same negative effect, and investors
could lose all or part of their investment.
This Universal Registration Document also contains information about the markets in which the Group competes,
some of which information was obtained from sources external to the Company. Unless otherwise indicated, the
information relating to the markets in which the Group competes or its competitive position contained in this
Universal Registration Document comes from the Company’s internal estimates. These internal estimates are
based on reports of analysts, specialized studies, industry publications, any and all information published by market
survey companies, and public and governmental sources, as well as internal knowledge of the market by the
Company. Even though such information is considered reliable, it has not been independently verified by the
Company. Furthermore, in light of the very rapid changes occurring in France, in the world, and in the industry in
which the Group competes, it is possible that such information may prove erroneous or not be up-to-date. The
Group’s business, accordingly, could evolve in a different way from the one described in this Universal Registration
Document. The Company has not committed or agreed to publish any update of the information contained herein,
except in connection with any legal or regulatory obligation that may apply to it.
A glossary that contains definitions of certain technical terms used in this Universal Registration Document, as well
as an index of abbreviations used, are set forth in Appendix of this Universal Registration Document.
A reconciliation table with the Annual Financial Report is located at the end of this Universal Registration Document.
This Universal Registration Document has been prepared on the basis of the Company’s annual consolidated
financial statements for the financial years ending December 31, 2020 and 2021.
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GeNeuro SA – 2021 Universal Registration Document
TABLE OF CONTENTS
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GeNeuro SA – 2021 Universal Registration Document
4
GeNeuro SA – 2021 Universal Registration Document
CHAPTER 1.
PERSONS RESPONSIBLE FOR THIS UNIVERSAL REGISTRATION DOCUMENT
1.1 Person Responsible For The Universal Registration Document
Mr. Jesús Martin-Garcia, Chairman of the Board of Directors and Chief Executive Officer of GeNeuro.
1.2 Certificate Of The Person Responsible For The Universal Registration Document
I certify that, to my knowledge, the information contained in this Universal Registration Document is in accordance
with the facts and contains no omission likely to affect its import.
I certify that, to my knowledge, the financial statements of GeNeuro have been prepared in accordance with
applicable accounting standards and give a fair view of the assets, liabilities, financial position and results of the
Company and all the subsidiaries included in the scope of consolidation, and that the management report of the
board of directors, as referenced in the cross reference list included on page 241 gives a true and fair view of the
business trends, results and financial position of the Company and its subsidiaries included in the scope of
consolidation and describes the main risks and uncertainties with which they have to contend.
Mr. Jesús Martin-Garcia, Chairman of the Board of Directors and Chief Executive Officer of GeNeuro.
1.3 Information From Third Parties, Experts’ Statements or Reports
Certain market information set forth in CHAPTER 5, “Description of the Group’s Business” of this Universal
Registration Document, come from third-party sources. The Company certifies that such information has been
faithfully reproduced and that, to the Company’s knowledge, on the basis of data published or provided by such
sources, no fact has been omitted that would make the information reproduced inaccurate or misleading.
1.4 Declaration relating to the registration document
Not applicable.
1.5 Person Responsible For The Financial Information
Mr. Miguel Payró
Group Chief Financial Officer
3 chemin du Pré-Fleuri, CH-1228 Plan-les-Ouates, Switzerland
Telephone:
+41 22 552 4800
1.6 Indicative Timetable for Financial Communication
April 4, 2022
2021 annual results
April 15, 2022
May 31, 2022
Q1 2022 cash position
Annual general meeting of shareholders
Q2 2022 cash position
1H 2022 results
July 21, 2022
September 29, 2022
October 17, 2022
Q3 2022 cash position
* This timetable is indicative and the Company reserves the right to amend the above-mentioned dates should it
deem it necessary to do so.
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GeNeuro SA – 2021 Universal Registration Document
CHAPTER 2.
STATUTORY AUDITORS OF THE FINANCIAL STATEMENTS
2.1 Principal Statutory Auditor
The Company’s statutory auditor is:
PricewaterhouseCoopers SA
Avenue Giuseppe-Motta 50
CH-1202 Geneva
The auditor in charge is Mr. Luc Schulthess.
PricewaterhouseCoopers SA, Geneva branch, is registered at the Registre du commerce et des sociétés (Registry
of Commerce and Companies) of Geneva under number CHE-390.062.005.
PricewaterhouseCoopers SA is a member of EXPERTsuisse – Swiss Expert Association for Audit, Tax and
Fiduciary.
The auditors were appointed at the General Shareholders’ Meeting held on May 27, 2021, for a term of one
(1) financial year; their engagement is to end at the close of the General Shareholders’ Meeting to be held to
approve the financial statements for the financial year ended December 31, 2021.
2.2 Subsidiary Statutory Auditor
None. GeNeuro is a Swiss company, and the concept of a subsidiary statutory auditor does not exist in Switzerland.
6
GeNeuro SA – 2021 Universal Registration Document
CHAPTER 3.
RISK FACTORS
The Company operates in a changing environment that involves risks, some of which are out of its control.
Investors are advised to take into consideration all the information contained in this Universal Registration
Document, including the risk factors set forth in this chapter. Pursuant to Article 16 of Regulation (EU)
2017/1129 and of Delegated Regulation (EU) 209/980, this chapter only presents the risks that the Company
believes, as of the date of filing of this Universal Registration Document, in the event they should occur,
might have a material adverse effect on the Group’s business and operations, its results of operations, its
financial position, earnings, prospects or ability to hit its targets.
In order to identify and assess such risks, the Company has mapped the risks associated to its activity and
has grouped them into five categories below, it being stipulated that within each category and sub-
category, risk factors are presented by order of decreasing importance with an evaluation of their
probability (high, medium, low), negative impact (high, medium, low), and the net level of criticality,
estimated by combining for each risk its probability of occurrence and its negative impact, as assessed by
the Company as at the date on which the Registration Document was filed, together with taking into account
the potential actions and preventive measures undertaken by the Company at that date. The occurrence of
new events, both internal and external to the Company, may however alter this order of importance in the
future.
Impact of Russia-Ukraine war
The war in Ukraine launched by Russia on February 24, 2022 has significant economic and financial consequences
at the global level. Sanctions against Russia are likely to have significant implications for companies that do
business with or have a business relationship with Russia. Such sanctions and war may also have an impact for
companies conducting clinical trials in Russia or Ukraine. As at December 31, 2021, and at of the date of this
Universal Registration Document, the Company does not do business with or have a business relationship with
Russia nor conducts trials in Russia or Ukraine. However, the Company’s operations may be impacted in the future
by the direct or indirect consequences of the conflict, which cannot be accurately quantified at present. The
Company may in particular be exposed in the future to an increase in the costs associated with the clinical trials
entrusted to its CROs. As of the date of this Registration Document, the Company has not however observed an
increase in costs due to this conflict.
Impact of COVID-19 Pandemic
In addition to these risks and in the context of the COVID-19 outbreak, which was declared a “pandemic” by the
World Health Organization (WHO) on March 12, 2020, the Company has undertaken a full review of the impact of
the outbreak on its business and has strictly followed the recommendations issued by the World Health Organization
and by local governments in terms of health & hygiene and organizational standards, in order to ensure the health
and safety of its staff and their families.
Whilst the Company’s 40-patient Phase II Karolinska Trial in multiple sclerosis (“MS”) with temelimab, its main
product, saw its launch postponed by three months to prioritize healthcare resources behind the fight of COVID-19
and to reduce the risk for MS patients, the Company announced the completion of recruitment on February 18,
2021 and the last patient’s last visit on January 27, 2022, and announced top-line results from this study on March
21, 2022. Whilst the impact of COVID-19 has no immediate bearing on the Company’s financial situation over the
next 12 months, should the pandemic continue this could have a material adverse effect on the Company’s
business, results of operations, financial condition and cash flows.
For more information on the impact of the COVID-19 pandemic on the Company’s strategy, please refer to sections
3.1.3 and 5.3.1 of this Universal Registration Document.
Sec-
tion
3.1
Proba- Negative Net level of
Risks Factors
bility
impact
criticality
Risks Related To The Development and Potential Future
Commercialization of the Group’s Product Candidates
3.1.1 GeNeuro has developed a new approach, the therapeutic benefit of which High
has not yet been demonstrated, that is not based on confirmed pathways
such as the immunomodulation and immunosuppression approaches
used by existing therapies for the treatment of autoimmune diseases.
3.1.2 The Company’s products, including its most advanced product candidate, High
temelimab, may never be approved for marketing due to regulatory
reasons
High
High
High
High
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GeNeuro SA – 2021 Universal Registration Document
Sec-
tion
Proba- Negative Net level of
Risks Factors
bility
impact
criticality
3.1.3 The Company’s product candidates may never be approved for High
High
High
marketing due to operational reasons.
3.1.4 The Company may not be competitive in its market.
3.1.5 The Company has limited visibility on its future prospects and financial Medium
results.
High
High
High
High
High
3.1.6 The uncertainty about reimbursement rates and measures to reform Medium
healthcare systems could delay or compromise acceptance of products
by the market.
3.1.7 Other clinical applications of temelimab for conditions such as T1D are High
based solely on pre-clinical work or on limited clinical data, and the
Company may never succeed in developing and marketing effective
treatments based on such technology.
High
Medium
Medium
Medium
3.2
Risks Related To The Company’s Financial Situation and Capital
Needs
3.2.1 The €17.5 million gross proceeds of the capital increase completed in High
January 2020 are expected to provide the Company with the means to
continue its development until Q2 2022 but the Company may not
succeed in obtaining additional funds needed to continue its clinical
development in the future.
High
High
3.2.2 The Company should continue to sustain operating losses (following High
losses of €6.4 million and €7.5 million, respectively, in 2021 and 2020)
in relation to its research and development activities.
3.2.3 The Group benefits from Research Tax Credits from the French Medium
government which regime may be challenged or modified in the future.
High
Low
High
Low
3.2.4 The Company could be unable to carry tax losses forward.
3.2.5 Full exercise of all securities carrying the right to acquire shares granted Medium
Medium
Low
Low
Low
Low
and outstanding would result in a dilution of existing shareholders.
3.2.6 Exchange Rate Risk.
3.3 Risks Related To The Company, Its Operations and Organization
Medium
Low
Low
3.3.1 The Company is dependent on its key employees and, as such, could Medium
fail to continue attracting and retaining its key employees and scientific
advisors.
High
Medium
3.3.2 The Company faces the risk of liability linked to its products or operations Medium
and it may not be able to obtain adequate insurance coverage at an
acceptable cost.
High
Low
Medium
Low
3.3.3 Shareholders might be unable to achieve a control premium in the event
of a change of control of the Company based on the fact that French and
Swiss regulations concerning mandatory public takeover offers are not
applicable.
Low
3.4
Risks Related To The Company’s Dependency on Third Parties
3.4.1 The Company does not have manufacturing capabilities and is exposed Medium
to the risks associated with relying on third party manufacturers for its
most advanced product candidate temelimab and its other products.
High
Medium
Medium
3.4.2 The Company does not have experience in the areas of sales, marketing
and distribution and may be required to rely on third parties and/or
mobilize new internal resources for this purpose.
High
Medium
3.4.3 The Company relies on external scientific collaborators.
Medium Medium
Medium
Medium
3.5
Risks Relating To The Company’s Intellectual Property Rights
3.5.1 If the Company is unable to maintain or protect its intellectual property Medium
rights, it could lose its competitive advantage and be unable to operate
profitably.
3.5.2 The Company’s products and technologies could infringe or be claimed Medium
to infringe patents and patent applications held or controlled by third
parties.
3.5.3 If the Company does not comply with its obligations under the license Medium
agreement with bioMérieux, it could lose rights that are very important
for its business.
3.5.4 The Company’s business could be affected if it is unable to protect the Medium
confidentiality of its information and know-how.
High
High
High
High
Medium
Medium
Medium
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GeNeuro SA – 2021 Universal Registration Document
3.1 Risks Related To The Development and Potential Future Commercialization of The
Group’s Product Candidates
3.1.1 GeNeuro has developed a new approach, the therapeutic benefit of which has not yet been
demonstrated, that is not based on confirmed pathways such as the immunomodulation and
immunosuppression approaches used by existing therapies for the treatment of autoimmune diseases.
The Company has developed a new approach to the treatment of MS, which differentiates itself from therapies
being sold on the date hereof.
The Company is exploring a new medical path that involves HERV genes that constitute approximately 8% of the
human genome. The capacity for the abnormal expression of various elements of a HERV of the W family (“HERV-
W”) has been detected in chronic diseases like MS. The Company seeks to develop, on the basis of this finding, a
treatment designed to block the deleterious properties of a protein, W-ENV, which is encoded by genes of the
HERV-W family. Recent publications have demonstrated that W-ENV may directly inhibit remyelination and that
axonal injury in MS can be significantly driven by W-ENV through activation of microglia and that this contributes to
neurodegeneration, particularly in progressive forms of MS. Top-line results of ProTEct-MS, the Company’s Phase
2 clinical trial in MS conducted at the Karolinska Institutet in Stockholm, Sweden, have showed that the primary
endpoint of the study was met, with results confirming the excellent safety profile and tolerability of higher doses of
temelimab administered concomitantly with a high-efficacy anti-inflammatory drug; in addition, efficacy data,
obtained in this patient group already effectively treated against inflammation, showed that temelimab, an antibody
that neutralizes W-ENV, has a favorable impact on key MRI measures of neurodegeneration; the observed effect
sizes in this new patient population were consistent with the ones shown in the previous CHANGE-MS and ANGEL-
MS studies.
Publications from April 2021 show that W-ENV can be expressed by SARS-CoV-2 and that it is present in the blood
of COVID-19 patients, with a correlation between the level of its expression and the severity of the evolution of the
disease. Furthermore, data presented in July 2021 shows that W-ENV expression can also be triggered in the brain,
specifically in microglial cells that are also innate immune cells residing in the brain. The expression of W-ENV in
this organ had previously only been observed in the context of chronic neurological diseases, such as multiple
sclerosis or certain inflammatory forms of schizophrenia, where it fuels local inflammation and neurodegenerative
mechanisms. In the aftermath of COVID-19, the analysis of preliminary data from patients with post-COVID
depressive and/or cognitive disorders now also shows the persistence of W-ENV in the blood in significant numbers
of patients, suggesting that the neuropsychiatric symptomatology seen in “post-COVID” patients may be due to
activation of W-ENV expression by SARS-CoV-2 in these individuals, and to its persistence long after the acute
COVID phase. These data, presented at the first “Neuro Sciences Psychiatry and Neurology Days” held in Paris,
France, on July 1-2, 2021 provide a biologic rationale explaining why so many COVID-19 patients develop long-
term neurological and psychiatric symptoms. This could open the door for a therapeutic intervention with temelimab
targeting W-ENV.
As of the filing date of this Universal Registration Document, there is no treatment that targets endogenous retroviral
genes approved for sale by the competent authorities, and such a treatment intended to block a protein expressed
by a HERV is, therefore, unproven.
The Company’s Phase IIb clinical trials in the MS indication have shown that temelimab has only modest effects on
neuroinflammation in the “active inflammatory patients” population as a monotherapy, but also that temelimab has
positive impacts on key MRI measures associated with disease progression; as a result, GeNeuro is now focusing
on neurodegeneration and disease progression, most likely with temelimab as a combination therapy together with
marketed immunomodulatory drugs addressing neuroinflammation, rather than as a monotherapy for “non-active”
progressive patients. Whilst the Company’s latest clinical trial, ProTEct-MS, enrolled “non-active” progressive
patients, it is important to note that neurodegeneration, and disease progression as a biological feature, are present
from the onset of disease, i.e. before patients are categorized as being in progressive MS. This means that the
indication of temelimab is not restricted to the latter stage of disease, but may include all forms of MS.
Accordingly, the prospects for the development and profitability of the Company’s most advanced product
candidate, temelimab, for MS or other indications, its safety, its effectiveness, and its acceptance by patients,
prescribers, and paying agencies, are uncertain. The positive results observed for temelimab for MS in connection
with Phase I, on the one hand, and Phases IIa and IIb, on the other hand, and more generally, those relating to
existing or future products in the Company’s portfolio or based on its technology at the time of the research or
preclinical phase, may not be confirmed by future trial phases. Such a situation could have a very material adverse
impact on the Company’s business, results, financial situation, and prospects.
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GeNeuro SA – 2021 Universal Registration Document
3.1.2 The Company’s products, including its most advanced product candidate, temelimab, may never be
approved for marketing due to regulatory reasons.
The Company is subject to regulations that are numerous and evolving and it may not be able to obtain the
necessary approvals to market and sell its products, including its product candidate at the most advanced stage of
development, temelimab. To obtain a product license for its candidate products, the Company must show, through
long, numerous and very expensive clinical trials with uncertain outcomes, that the use of the candidate products
is without danger and is effective in humans. Clinical trials are subject to supervision by regulatory authorities as
well as by ethics committees, in order to protect the persons participating in the medical research. If the Company
does not meet its development calendar (please see Section 5 of this Universal Registration Document), or if it is
unable to conduct the expected clinical trials successfully within applicable time limits, its business and operations
could be materially and adversely affected.
The Company’s ability to obtain product licenses for its products will depend on several factors, including, but not
limited to:
•
•
the possibility of pursuing the development of those of its products presently in early clinical trials, or presently
in pre-clinical development to a clinical stage;
its ability, or that of its partners, to conduct clinical trials successfully and within relevant time periods without
having to devote significantly greater resources than initially expected;
•
•
•
its clinical trials showing the efficacy and safety of its products;
its products being approved for the indication they are intended to treat, or for any indication of any kind; and
an announcement by its competitors of more promising clinical results with their own products, which makes
the Company’s economic equation unfavorable.
Traditionally in the biotechnology and pharmaceutical industries, it often happens that favorable results of pre-
clinical studies and Phase I/II clinical trials are not confirmed in later stages of clinical development. Regulatory
authorities in various countries in which the Company intends to market its products could block initiation of clinical
trials, or the pursuit of clinical developments, if the proposed clinical trials do not meet applicable regulatory
standards. Such authorities could likewise interpret results differently from the Company and, in any event, request
additional tests, on a discretionary basis (relating, among other things, to the study protocols, the characteristics
and number of patients, the length of treatment, the analytical methods, the preclinical safety, and post-treatment
follow-up), or impose additional or unexpected requirements at the time of such trials. Furthermore, the Company
might decide, or might be required by regulatory agencies, to suspend or terminate clinical trials, if new evidence
suggests that patients are exposed to unexpected risks. Deaths or other adverse events could occur during a clinical
trial, because of medical problems both linked and not linked to the treatments administered, forcing the Company
to delay or interrupt the trial. Also, on the basis of the trial’s results, the Company could decide to abandon
development projects that were initially identified as promising. Finally, products already approved could turn out to
be unsafe and then be withdrawn from the market, or they could produce different effects from those initially
expected, which could, in turn, limit or prevent them having any commercial use. The occurrence of all or some of
these events could have material adverse effects on the Company’s business, results, and prospects.
As of the date hereof, none of the Company’s products, including its most advanced product candidate, temelimab
for MS, has received a marketing authorization from any regulatory authority. The Company cannot be sure that it
will receive the necessary approvals to market and sell any of its products. The products may be subject to very
stringent laws, and regulatory requirements that are uncertain and subject to change and amendment (for a
summary presentation of such laws and regulations in the United States and Europe, please see Chapter 9
“Regulatory Environment”) of this Universal Registration Document). The U.S. Food and Drug Administration
(“FDA”) and the European Medicines Agency (the “EMA”) as well as their counterparts in other countries regulate,
among other things, research and development, pre-clinical tests, clinical trials, manufacturing, safety, efficacy,
records retention, labeling, and the marketing, sale, and distribution of therapeutic products. In particular, without
the FDA’s approval, it would be impossible for the Company to access the U.S. market, which is the largest
pharmaceutical market in the world, particularly for the therapeutic areas targeted by the Company (MS, COVID-
19, Amyotrophic Lateral Sclerosis (“ALS”), Type1 Diabetes (“T1D”), etc.).
These regulatory steps are costly; they may take several years; and their outcomes are unpredictable. The data
from pre-clinical and clinical developments may give rise to different interpretations, which could delay obtaining or
restrict the scope of regulatory approval. The requirements of the regulatory process vary greatly from one country
to another, so that the Company or its strategic partners may not be able to obtain approval on a timely basis in
each relevant country. Since the Company’s products are based on new, constantly changing technologies and
have not been tested on an in-depth basis in humans, the applicable regulatory requirements remain uncertain and
could be subject to significant differences of interpretation and changes. Changes in laws and regulations during
the development of a product and its regulatory review could cause delays in or the denial of approval.
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GeNeuro SA – 2021 Universal Registration Document
In the United States, in Europe, and in other countries, applicable laws and regulations and changes to them could:
•
delay and/or significantly increase the cost of developing, testing, manufacturing, and marketing the
Company’s products;
•
•
limit the indications for which it might be authorized to market and sell its products;
impose new, stricter requirements, suspend approval of the Company’s products, or require the Company to
stop the clinical trials it is conducting or stop the marketing and sales of the products (for example, if
unexpected results are obtained during clinical trials by other researchers of products similar to those of the
Company); or
•
impose restrictive labeling.
If the Company does not comply with the laws and regulations applicable to its business and operations, it could
incur sanctions or penalties, which could include refusals to authorize pending applications, product recalls,
restrictions on sales, or the temporary or permanent suspension of its operations as well as civil and criminal
proceedings.
The Company has already completed for temelimab, its product candidate at the most advanced stage of
development, three clinical Phase I trials1 to define the pharmacological, immunogenic, and safe use on healthy
volunteers. The results of these trials have been published in scientific journals (Hartung et al.; MSJ2021) and are
considered positive regarding temelimab’s safety, tolerability and efficacy.
The Company has also completed four Phase II trials on a patient population having MS and one Phase II trial on
a patient population having T1D:
•
a Phase IIa clinical trial for MS2, intended principally to show temelimab’s tolerance over a period of one year
by the injection of potentially therapeutic doses and, secondarily, to take initial measurements on the clinical
evolution of treated patients; and
•
a 1-year Phase IIb clinical trial (CHANGE-MS3) for MS in patients with the remitting relapsing form of MS
(RRMS), with a primary endpoint evaluating the efficacy of repeated doses of temelimab versus placebo in
patients based on the cumulative number of Gadolinium-enhancing (“Gd+”) T1 lesions on brain MRIs and
with secondary endpoints to evaluate measures of MRI markers associated with neuroprotection, notably
brain atrophy, hypointense T1 lesions (“black holes”) and magnetization transfer ratio (“MTR”), considered to
be an indirect measure of the integrity of myelin; and
•
•
a 1-year Phase II extension study of CHANGE-MS (ANGEL-MS4) of the above Phase IIb clinical trial, which
allowed patients who took part in the Phase IIb study to benefit from two additional years of treatment;
following the decision from the Company’s former development partner, in September 2018, not to exercise
its option for a license on temelimab, this extension study underwent an early termination and topline results
were presented on March 12, 2019; and
a Phase IIa clinical trial (ProTEct-MS) for MS in patients treated with rituximab and in whom disability was
worsening in the absence of relapses. This 1-year clinical trial enrolled patients with confirmed disability
progression without relapses, following previous treatment with the anti-CD20 drug rituximab, a highly potent
and efficacious drug against acute disease activity (relapses and brain lesion formation). All patients in the
trial received rituximab in the eight weeks preceding their enrollment in ProTEct-MS. The primary endpoint
for the study was safety of temelimab in combination with rituximab, and secondary and exploratory endpoints
were designed to assess efficacy measures based on the latest imaging and biofluid markers associated with
disease progression. Top-line results were presented on March 21, 2022 and showed that the primary
endpoint of the ProTEct-MS study was met, with results confirming the excellent safety profile and tolerability
of higher doses of temelimab administered concomitantly with a high-efficacy anti-inflammatory drug; in
addition, efficacy data, obtained in this patient group already effectively treated against inflammation, showed
that temelimab has a favorable impact on key MRI measures of neurodegeneration; the observed effect sizes
in this new patient population were consistent with the ones shown in the previous CHANGE-MS and ANGEL-
MS studies;
•
In addition, the Company has completed a Phase IIa clinical trial for T1D in adult patients, which has met its
primary endpoint of safety at six months, and whose full 12-month results were announced in May 2019.
The Company has also announced in September 2021 the launch of an extension study, in order to provide patients
having completed their one-year ProTEct-MS treatment duration the possibility of continued treatment with
1 “Preclinical” and “clinical” phases are defined in the Appendix.
2 Source: Derfuss T et al Mult Scler. 2015 Jun;21(7):885-93.
3 Source: Hartung et al., Efficacy and safety of temelimab in multiple sclerosis: Results of a randomized phase 2b and extension
study, Multiple Sclerosis Journal, July 2021
4 Source: Hartung et al. ibid
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GeNeuro SA – 2021 Universal Registration Document
temelimab. However, the current lot of temelimab used for this extension will expire at the end of April 2022. Due
to the worldwide shortage in the supply of culture media for antibody manufacturing during the COVID-19 pandemic,
delivery of the new batch of temelimab has been delayed until the summer. As a result, GeNeuro has decided to
close at the end of April 2022 this extension study, which was not designed to generate additional MRI data.
The use of temelimab for MS requires additional clinical development to be completed, including Phase III clinical
trials. Accordingly, if the Company does not receive approval of temelimab for the treatment of MS, its financial
condition, results of operations, and prospects will be significantly and adversely affected.
3.1.3 The Company’s product candidates may never be approved for marketing due to operational reasons.
The Company’s clinical trials, especially for its leading product candidate, temelimab, could be delayed or not occur
in a satisfactory manner.
The Company’s ability to conduct clinical trials successfully depends on many factors, especially on the pace of
patient recruitment, the size of the eligible patient population, the type of clinical protocol, the proximity of patients
to clinical sites, eligibility criteria, possible secondary effects, and competition with other clinical trials conducted on
product candidates developed by competing companies with, among other things, financial resources that may be
greater than the Company’s.
In general, the Company could encounter difficulties in recruiting and retaining patients to participate in future clinical
trials of its products, in particular for its most advanced product candidate for MS and T1D, temelimab. The strict
criteria for inclusion in the trials could also make recruitment of patients difficult. Once recruited, the patients
participating in such trials could suspend or terminate their participation at any time without cause, or might be
unable to continue participating in a trial if medical, or other, emergencies (such, for example as the current COVID-
19 pandemic) lead governments to impose quarantines or enforced isolation or require existing medical human
resources or medical amenities to be solely dedicated to the treatment of such emergencies. Delays in patient
recruitment could also increase the costs, delay, or even cause the cancellation of clinical trials (including in relation
to the potential need to adjust existing protocols and have such adjustments be agreed by the regulators). Finally,
if too many patients terminate their participation in a clinical trial, the analysis of the results of such trial could lack
sufficient statistical significance.
Furthermore, large-scale clinical trials could lead to complexity in the management and supply of inventories of the
product candidate temelimab. Logistical difficulties and errors in storing and shipping products, and/or poor
management of inventories and their supply could cause delays in the completion of the trials.
Likewise, clinical trials designed and coordinated by the Company are conducted by medical and hospital centers
and companies that specialize in the organization of trials (a contract research organization or “CRO”) and the
quality of their work (the selection of populations, base-line measurements, compliance with protocols, doses, the
number of administrations, intermediate delays and the collection of data) is determinant in the analysis and
precision of results. In addition, because Phase II and Phase III clinical trials are typically conducted in numerous
centers located in multiple countries, the Company cannot rule out heterogeneity and errors in the performance of
such centers, which could impact the precision of the results.
Furthermore, the Company has limited experience in conducting clinical trials at multiple centers and has turned or
will turn, now and in the future, to third parties to assist it in supervising and monitoring its trials. A breach or failure
by one of such third parties or CROs in performing their task or their failure to comply with applicable regulatory
standards could cause delays or even the premature termination of the trials.
3.1.4 The Company may not be competitive in its market
The market for MS treatments for which temelimab is intended, as well as the markets for which its other products
are intended, are characterized by rapid technological change, the predominance of protected products, and intense
competition. Many organizations, including pharmaceutical and biotechnology companies, academic institutions,
and other research entities, are actively engaged in the discovery, research, development, and marketing and sale
of products intended to treat MS. If the Company were to obtain a marketing license for temelimab, it might compete
with other presently prescribed therapies and/or those under development. Whilst there are today in MS no
approved drugs that address disease progression (as opposed to reducing the number of inflammatory relapses,
which is the area for which the existing immunotherapies such as immunomodulators and immunosuppressors
drugs have been approved), it is possible that new drugs under development could prove effective against
neurodegeneration and disease progression and thus be direct and strong competitors to temelimab.
A great number of companies developing immunomodulators or immuno-suppressors for MS, when compared with
GeNeuro, have much greater resources and experience in management, manufacturing, marketing and sales, and
research. In particular, major pharmaceutical companies like Bayer, Biogen, Bristol-Myers Squibb, Johnson &
Johnson, Merck KGaA, Novartis, Roche Sanofi and Teva, which market and sell medications for MS, have much
12
GeNeuro SA – 2021 Universal Registration Document
greater experience than GeNeuro in conducting clinical trials and obtaining regulatory approvals. All such
companies could also compete with the Company to acquire rights to promising antibodies as well as other
complementary technologies. The Company can give no assurance that its products:
•
•
will be granted regulatory approval, protected by patents, or marketed sooner than those of its competitors;
will remain competitive against other products developed by its competitors that are safer, more effective, or
less costly;
•
will be competitive against products of companies that might be more efficient in their production, marketing
and sales;
•
•
will be a commercial success; or
will not be made obsolete or unprofitable by technological progress or other therapies developed by its
competitors.
If the Company succeeds in obtaining regulatory approval to introduce products based on its technology, it will also
need time to gain the support of the medical community, including healthcare providers, patients, and third-party
payors. The degree of acceptance by the market will depend on many factors, including:
•
•
•
•
•
•
•
•
•
the safety and efficacy of its therapeutic products, as demonstrated during clinical trials;
the existence of undesirable side effects;
ease of administration;
the success of its marketing, sales, and public relations strategy;
the availability of alternative treatments;
pricing;
the reimbursement policies of governments and other third parties;
the effective adoption and implementation of a publication strategy; and
obtaining the support of recognized external opinion leaders.
Even if temelimab for MS is approved for marketing, the market targeted by the Company could turn out to be less
significant than previously thought. The revenues that the Company may receive in connection with the marketing
and sale of temelimab may be limited by the number of patients with MS, by the categories of patients who respond
well to treatment, by the perception of health providers as to the therapeutic benefit, by its ability to achieve
appropriate pricing and reimbursement levels, and by the impact of competition.
If the Company does not market and sell temelimab successfully, its revenues could not materialize and / or
decrease as a result, and it could find itself unable to finance the development and marketing of other products for
other indications.
3.1.5 The Company has limited visibility on its future prospects and financial results.
GeNeuro has a limited operating history, which does not allow it to estimate its prospects and future revenues. The
Company’s operations have been so far limited to developing a humanized monoclonal antibody technology aimed
at a pathogenic protein expressed by a HERV and, on the basis of such technology, to conduct, with the assistance
of CROs, pre-clinical and clinical trials for the purpose of developing, marketing and selling therapeutic solutions.
Notwithstanding the experience and abilities of its management and scientific team, the Company has not yet shown
an ability to overcome the high number of risks and uncertainties that are frequently encountered by
biopharmaceutical companies in a rapidly evolving, highly uncertain and speculative industry. The Company’s ability
to evaluate its future results or commercial prospects with precision, similarly, is more limited than if it had a long
operating history or products that had already received marketing approval.
As a result, the likelihood of the Company’s success must be evaluated in light of the numerous potential challenges
and contingencies that are faced, at an early stage, by a company operating in the business of developing
medications, most of which are beyond its control. In light of its development schedule and, assuming the receipt
of relevant regulatory authorizations and the commercialization and marketing of its product candidate, GeNeuro
estimates as of the date of this Universal Registration Document that the potential sale of its most advanced product
candidate, temelimab, could commence between 2025 and 2027 for MS and/or post-COVID. This timing is however
dependent on the success of the Phase III trial, or possibly of a Phase II/III trial that could be registration enabling
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GeNeuro SA – 2021 Universal Registration Document
subject to its results, the absence of any event or setback delaying the proper conduct of the trials, and the absence
of other events which the Company is currently unable to identify or anticipate.
3.1.6 The uncertainty about reimbursement rates and measures to reform healthcare systems could delay or
compromise acceptance of products by the market.
The uncertainty about reimbursement rates and measures to reform healthcare systems could delay or compromise
acceptance of products by the market.
If the Company succeeds in marketing and selling the products developed in collaboration with partners, or by itself,
their acceptance in the market will depend, in part, on the rate at which government health funds and private insurers
reimburse them. Primary insurance health funds and other third-party payors often attempt to limit the cost of care
by restricting or refusing to cover costly products and therapies. At present there are several immunomodulating
products for the treatment of MS, but none specifically targets a causal factor or the progression of the illness, so
that there is little or no experience relating to potential payments for such a treatment by insurance providers.
In some foreign markets, the price of prescription pharmaceuticals is subject to control by the government. The
Company’s ability to market and sell its products successfully will depend, in part, on the establishment by
governmental authorities, private insurers, and other agencies in the United States and Europe of a sufficient
reimbursement rate for its products and related treatments. In addition, the determination of the price and the
reimbursement rate for the Company’s products could be influenced by an announcement by competitors of more
promising clinical results than those of the Company’s products. Such a situation could have an adverse effect on
the conditions for setting the price and the reimbursement rate of products that could lose their competitive
advantage over other competing products. Third-party payors are questioning the price of therapeutic products and
medical services more and more frequently. Cost control measures that healthcare service providers and
reimbursement agencies adopt and healthcare system reforms could adversely affect the Company’s operating
results. Also, as a result of the COVID-19 Pandemic, it may be expected that healthcare will be an important public
policy subject of focus and that associated increase of healthcare spending will be more carefully monitored. The
Company could thus fail to obtain satisfactory reimbursement for its products, which could impede their acceptance
by the market, in which case the Company would be unable to earn a sufficient return on its research and
development investments.
The Company’s relations with clients and third-party payors are subject to U.S. anti-corruption (anti-kickback), anti-
fraud, and anti-abuse laws or other laws and regulations relating to healthcare which could expose it to civil penalties
and sanctions, damages, and interest, injury to its reputation, and diminution of its profits and future income.
Healthcare professionals, doctors, and third-party payors play a key part in the recommendation and prescription
of any product for which the Company may obtain a product license. Its future agreements with third-party payors
and customers could expose it more broadly to U.S. anti-fraud and anti-abuse laws and regulations, or other laws
and regulations relating to healthcare that may restrict business or financial agreements as well as relationships on
the basis of which the Company markets, sells, and distributes any product for which it may hold a product license.
Restrictions in accordance with U.S. federal anti-kickback, anti-fraud, and anti-abuse or other laws relating to
healthcare are as follows:
•
the U.S. federal anti-kickback statute prohibits people from, among other things, deliberately and knowingly
soliciting, offering, receiving, or supplying compensation, directly or indirectly, in cash or in kind, to induce or
compensate a business connection, or from purchasing, ordering, or recommending any product or service
payment which could be made in connection with a healthcare program in the United States, such as
Medicare and Medicaid;
•
U.S. federal law intended to prevent fraud by companies that are parties to public contracts (the “U.S. False
Claims Act”) provides, among other things, for civil and criminal sanctions against individuals or companies
that knowingly present false or fraudulent requests for payment to the U.S. federal government, or make false
statements to avoid, reduce, or hide an obligation to pay money to the U.S. government. Such specific actions
are open to whistleblowers or any other entity (qui tam actions);
•
•
•
under the U.S. Health Insurance Portability and Accountability Act of 1996 (“HIPAA”) a perpetrator of actions
intended to defraud any program for providing healthcare services or who makes false statements relating to
healthcare problems may be held civilly or criminally liable;
HIPAA, as amended by the Health Information Technology for Economic and Clinical Health Act and
regulations thereunder, also imposes obligations, including mandatory contractual language, to protect the
confidentiality, security, and transmission of personally identifiable health information;
U.S. federal law requires that manufacturers of medications report payments and other transfers of value to
doctors and university hospitals; and
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GeNeuro SA – 2021 Universal Registration Document
•
analogous laws and regulations of U.S. or foreign states, such as anti-kickback laws, and those prohibiting
false claims, could apply to sales or commercial agreements as well as to claims about health products or
services reimbursed by non-governmental third-party payors, including private insurers.
If the Company’s operations are deemed to be contrary to applicable U.S. law and regulations, the Company could
be liable for significant sanctions and penalties, including fines, damages, imprisonment, civil and criminal
prosecution, or exclusion of its products from governmental healthcare programs, such as Medicare or Medicaid,
or even the restructuring of its business. Any doctor, healthcare professional, or company involved in commercial
activities found to violate applicable laws and regulations could be exposed to civil or criminal actions or
administrative sanctions, including exclusion from government healthcare programs.
3.1.7 Other clinical applications of temelimab for conditions such as COVID-19 are based solely on pre-clinical
work, and the Company may never succeed in developing and marketing effective treatments based on
such technology.
Temelimab has been tested pre-clinically for its effect on chronic inflammatory demyelinating
polyradiculoneuropathy (CIDP), for which temelimab has received Orphan Drug Designation from the U.S. Food
and Drug Administration (the “FDA”) in February 2018. Temelimab has also been tested in a Phase IIa trial for T1D
in adult patients, which has met its primary endpoint of safety at six months, and whose full 12-month results were
announced in May 20195. Research data recently published also opens the potential of temelimab as a therapeutic
candidate in COVID-19, in particular in post-COVID/PASC (Post Acute Sequelae of SARS-CoV-2 infection)
patients, i.e., COVID-19 patients who develop long-term neurological and psychiatric post-COVID
("neuropsychiatric") symptoms.
On December 13, 2021, the Company announced it had been selected as one of the four projects retained by the
Swiss Federal Office of Public Health (“FOPH”) within the framework of the CHF 50 million “Federal Funding
Programme for COVID-19 Medicines” incentive, and that it would receive a grant of 6.7 million Swiss francs (€6.4
million) to co-fund (up to 50%) a Phase II clinical trial to treat patients with long-standing COVID who exhibit
neurological and psychiatric ("neuropsychiatric") symptoms.
The Company is also using the technology it has developed in the area of endogenous retroviruses to develop new
approaches through pre-clinical programs that target, for example, inflammatory psychoses (schizophrenia and
bipolar disorders) and ALS. In 2017, the Company entered into a research agreement with the U.S. National
Institutes of Health (“NIH”) for developing new approaches against pHERV-K Env protein as a target in the treatment
of ALS, following which the Company has signed in October 2018 an exclusive worldwide license with the National
Institute of Neurological Disorders and Stroke (“NINDS”), part of the NIH. The agreement covers the development
of an antibody program to block the activity of pHERV-K Env (pathogenic envelope protein of the HERV-K family of
Human Endogenous Retroviruses), a potential key factor in the development of ALS (see Chapter 20 of the 2020
Universal Registration Document). In October 2021, the NINDS presented at the American Neurological Association
(“ANA”) annual meeting novel pre-clinical results confirming in pre-clinical models of ALS the neurotoxic properties
of HERV-K ENV, a retroviral envelope protein encoded by a pathogenic member of the HERV-K family of
endogenous human retroviruses, and the therapeutic potential of GeNeuro's antibody developed to neutralize
HERV-K ENV. Additional data was presented in December 2021 at “The Lancet Summit: Presymptomatic
Prevention and Treatment of Neurodegenerative Diseases”.
If the Company wishes to complete the development of its products and sell them for such indications, it will have
to devote significant research effort and undertake numerous tests and clinical trials, obtain regulatory approvals,
and make significant financial investments. In developing and marketing products based on its technology, the
Company is confronted with a high degree of risk and uncertainty that could slow or even suspend its efforts to
develop its products and have a material adverse effect on its business and operations. Even if the Company were
in a position to obtain and maintain regulatory approvals for marketing its products, it is possible that:
•
•
it may not obtain the regulatory approvals required for it to conduct clinical trials for such indications;
it may neither develop nor obtain a marketing approval for its products quickly enough to ensure a competitive
position in the target markets;
•
•
it may not be in a position to manufacture and market its future products successfully at a price,
reimbursement rate, or scale that allow them to be profitable;
its future products may not be accepted by medical centers, hospitals, practitioners, and patients, nor be
preferred to existing treatments at the time they are introduced, nor, more generally, meet with the expected
commercial success;
•
•
its future products may lose their competitive advantage and may become obsolete by the development of
new competing products; or
its future products may not be marketable because of third-party property rights.
5 Source: Curtin et al Diabetes Obesity and Metabolism, submitted 2019
15
GeNeuro SA – 2021 Universal Registration Document
If the Company is not successful in developing and marketing other products resulting from its technologies, its
revenues will continue to be limited, and its operating results could be significantly affected.
3.2 Risks Related To The Company’s Financial Situation and Capital Needs
3.2.1 The Company may not succeed in obtaining additional funds needed to continue its clinical development
in the short term and the future.
All of the Company’s products are currently in the pre-clinical or clinical trial phase and the Company will need to
finance additional studies necessary for the development of temelimab for MS or other indications until the Company
may eventually apply for and receive a marketing authorization.
Since its incorporation, the Company has mainly financed its growth by capital increases, including notably the
capital increase completed at the time of its initial public offering and listing on the regulated market of Euronext
Paris and is not exposed to liquidity risk resulting from indebtedness. The Company will be required to seek
additional funding to continue its development in MS, post-COVID or ALS, which may include, without limitation,
revenues from new partnership agreements, funds from capital increases or other funding, such as subsidies,
grants, or other forms of financing.
As of December 31, 2021, cash and cash equivalents of the Company amounted to €5.5 million.
The Company has performed a specific review of its liquidity risk as of the filing date of this Universal Registration
Document, taking into account the fact that the post-COVID Phase II trial would only be launched if the additional
funding is secured. The continuation of the Company’s clinical development requires the Company to raise
additional funds; in the absence of such new financing during the first half of 2022 and based on its current cash
position, the Company will implement its fallback operating plan, which includes a restructuring of its activities. On
this basis, the Company considered that on the filing date of this Universal Registration Document its financial
resources are sufficient to cover its upcoming deadlines and operational expenses and investments for at least 12
months after the filing date of this Universal Registration Document, and the Company expects that its current cash
will suffice to fund its operations into Q2 2023.
The Company’s historical cash burn was €6.8 million during 2021, following €7.2 million during 2020 and €9.9 million
during 2019, whereas the Company expects that its cash burn for 2022 will be significantly lower than in 2021 due
to the completion of its ProTEct-MS trial and its current research and development programs. For 2022, the
Company’s cash burn will depend largely upon its ability and decision to launch the post-COVID Phase II trial,
which, as mentioned above, the Company will only launch if it secures additional funding to complement the co-
funding €6.4 million grant it has received from the FOPH. However, this is not necessarily indicative of future cash
burn that will largely depend on future R&D programs actually undertaken.
Although management continues to pursue its plans to finance the development of its products, there is no
assurance that the Company will be successful in obtaining sufficient funding in the future, when needed or at all,
on terms acceptable to the Company to fund its continuing operations.
The Company will have to bear, if it obtains approval from a country’s authorities to test its product candidate in
humans in that territory, the significant cost of development of temelimab. Such costs would likely exceed €100
million for a Phase III study in MS.
In order to finance the continued clinical development of temelimab in MS, the Company is seeking to enter into
licensing and distribution, or other agreements with pharmaceutical companies which will be expected to have
sufficient capability for conducting the Phase III trials, manufacturing on an industrial scale, and distributing,
marketing and selling the product. GeNeuro is engaged in these partnering discussions but there is no certainty
that these discussions may result in a new partnership.
The Company also believes that the negative cash flow from its operations may increase significantly during future
years as a result of conducting clinical trials, manufacturing its products, and extending its research and
development programs. It will need considerable funding to pursue its research and development programs,
conduct other pre-clinical and clinical trials of its products, and extend its manufacturing, quality control capabilities,
and regulatory and administrative capabilities.
The Company’s future capital needs will depend on many factors, such as, among others:
•
•
the progress of its research and development programs;
the scale of such programs;
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GeNeuro SA – 2021 Universal Registration Document
the extent of the costs and results of pre-clinical and clinical trials;
•
•
the time and costs necessary for obtaining regulatory approvals, including the time to prepare the application
files for regulatory bodies;
•
•
•
•
the marketing and sale of product, especially temelimab for MS or for post-COVID;
the Company’s ability to establish and maintain collaboration agreements with new partners;
the cost of improving its manufacturing and marketing capabilities; and/or
its need to acquire additional technologies or products, as the case may be.
The Company’s level of financing needs and their scheduling over time also depends on matters that are largely
beyond the Company’s control, including:
•
costs associated with possible requests or requirements (for example if trials are interrupted by emergencies
such as the current COVID-19 epidemic) to change studies, or to include a greater number of patients;
•
•
•
costs of preparing, filing, defending, and maintaining its patents and other intellectual property rights;
competing technological developments; and/or
higher costs and longer lead times than those anticipated to obtain regulatory approvals for the marketing of
its products and access to reimbursement.
Finally, if the necessary funds should not be available or not available on a timely basis, the Company may be
forced to:
•
•
•
delay, reduce, or eliminate the number and scope of its pre-clinical and clinical trials;
grant licenses to technologies to partners or third parties;
enter into new collaboration agreements on terms and conditions less favorable to it than those that it might
have been able to obtain in different circumstances;
•
•
obtain funds through alliance, collaboration or partnering agreements that could force the Company to give
up rights to certain of its technologies or its products, rights which it would not have given up in different
circumstances; and/or
delay, reduce, or even cancel research and development programs, and reduce the number of its employees;
The occurrence of one or more of the risks mentioned above could have a material adverse effect on the Group’s
business, financial condition, results, development, and prospects.
3.2.2 The Company should continue to sustain operating losses in relation to its research and development
activities.
The Company has sustained operating losses since its formation, except for the 2014 financial year. Such losses,
which amounted to €7.5 million for the 2020 financial year and €6.4 million for the 2021 financial year, reflect both
the significance of the expenses incurred in research and development and the absence of revenues. The Company
foresees that such losses will continue over the next few years, at least until the potential marketing and sale of its
products, because of the significant investments required for research, development, manufacture, quality control,
and distribution of its products, pre-clinical and clinical trials, administrative activities, and activities linked to the
development of intellectual property, as well as license agreements for new products and for the acquisition of new
technologies that may become necessary, as the case may be.
The Company expects that its operating losses will increase in the near future, particularly when:
•
•
some of its products move beyond the stage of pre-clinical development to clinical development;
it is confronted with increased regulatory requirements for manufacturing, and trials for its product candidates
(including temelimab for MS, which is its only product in an advanced stage of development);
•
•
•
it begins to pay fees in connection with applications for product licenses from regulatory bodies;
it increases its portfolio of products by adding new products for future development;
it makes milestone payments to third parties (such as bioMérieux) which have already licensed their
technologies to it;
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GeNeuro SA – 2021 Universal Registration Document
•
it develops its research and development activities and buys new technologies, products or licenses, as the
case may be;
•
•
it develops its business worldwide; and
it has to finance structural expenses consistent with the growth of its business.
The amount of net losses and the time needed to reach sustained profitability are difficult to estimate and will depend
on several factors, including:
•
•
the degree of advancement of the Company’s research and development activities, particularly pre-clinical
developments and clinical trials;
the calendar of regulatory procedures in connection with the preparation, review, and protection of patents
and intellectual property rights;
•
•
changes in collaboration arrangements made by the Company; and
other factors, a great number of which are beyond the Company’s control.
Given the development stage of its most advanced product, the Company has not yet received any revenue from
product sales and the Company’s operating revenue and operating profit (or loss) have fluctuated in the past and
could continue to do so in the future. Accordingly, its revenues for a given period are not a reliable indicator of its
future performance and the Company may never market or sell any products and, as a result, may never become
profitable. The Company expects that its main sources of revenue and funds until the potential marketing and sale
of its first product candidate, temelimab for MS or post-COVID, will be:
•
payments that may be made by future partners of the Company, if the Company enters into one or more
agreements with future partners relating to the development and/or marketing and sale of temelimab for MS
or post-COVID or other revenue of the Company;
•
•
public and private subsidies, including the CHF 6.7 million subsidy from the Swiss FOPH and other public
funding it is continuing to seek; and
potential net proceeds of funds raised by the Company through capital markets transactions (notably to match
the CHF 6.7 million grant from the Swiss FOPH, in accordance with the grant terms).
Any interruption of such financing sources could have a material impact on the operating revenue and operating
profit (loss) of the Company.
3.2.3 The Group benefits from Research Tax Credits from the French and Australian governments which
regime may be challenged or modified in the future.
The Company’s subsidiary GeNeuro Innovation, a French company, benefits from the French Research Tax Credit
(Crédit Impôt Recherche, “CIR”) that provides a tax incentive to support the scientific and technical research efforts
of French companies. The research expenses that are eligible for the CIR include, under certain conditions, the
salaries and compensation of researchers and research technicians, the amortization of fixed assets dedicated to
research, services subcontracted to approved research entities (public or private), and expenses for maintaining
patents.
The amounts received by GeNeuro Innovation in respect of the CIR are as follows:
•
•
•
•
•
•
payment of the CIR for financial years 2011 to 2015 of €3,553 K, all of which was received;
payment of the CIR for financial year 2016 of €519 K, received in September 2017;
payment of the CIR for financial year 2017 of €791 K, received in March 2019;
payment of the CIR for financial year 2018 of €593 K, received in August 2019;
payment of the CIR for financial year 2019 of €680 K, received in April 2020; and
payment of the CIR for financial year 2020 of €583 K, received in August 2020.
The Company had accrued a net amount of €556 K for CIR for the financial year 2020, taking into account certain
provisions, but the full gross amount of €583 K was received. For the financial year 2021, the Company has accrued
an amount of €1,007 K, which it expects to recover during Q3 of 2022.
Companies must provide evidence to the French tax authorities, upon request, of the outstanding amount of the
CIR and the eligibility of the operations taken into account to benefit from this aid.
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GeNeuro Innovation benefits from the early payment of the CIR (i.e., immediately, rather than three years following
application). If in the future it should no longer receive amounts under the CIR, or its status or calculations should
be questioned, this could have a material adverse effect on the Group’s business, prospects, ability to achieve its
objectives, financial condition, cash position or operating profit (loss).
3.2.4 The Company could be unable to carry tax losses forward.
As of December 31, 2021, the Company had carried-forward tax losses amounting to € 55,902 K (being
CHF 57,753 K converted at the December 31, 2021 closing rate). In Switzerland, tax carryforwards may be used
within seven years of incurrence and are as follows:
•
•
•
•
•
•
•
€
8,121.3 originated in 2021 and expiring in 2029
€ 11,219.7 originated in 2020 and expiring in 2028
€
€
€
4,650.4 originated in 2019 and expiring in 2027
6,125.3 originated in 2018 and expiring in 2026
4,972.1 originated in 2017 and expiring in 2025
€ 14,372.9 originated in 2016 and expiring in 2024
6,440.7 originated in 2015 and expiring in 2023
€
No carried-forward tax loss expired in 2022 as the Company generated a profit in 2014.
It is possible that future changes to tax law could alter such provisions by limiting or eliminating the possibilities for
attributing the tax loss carryforwards, which could have a material adverse effect on the Group’s business,
prospects, ability to achieve its objectives, financial condition, cash position, or operating profit (loss).
3.2.5 Dilution Risk
Since its formation, the Company has granted stock options to its management and employees. On March 18, 2022,
the Board of Directors awarded an additional 203,627 stock options to executive managers and selected employees
of the Company. Accordingly, as of the filing date of this Universal Registration Document and taking into account
the expiration of unexercised stock options and the cancelation of unvested stock options for departing employees,
full exercise of all securities carrying the right to acquire shares granted and outstanding as of the date hereof would
lead to the issuance of 1,148,521 shares, resulting in a potential dilution of 4.9% (such options are described in
section 13.1.3 of the Universal Registration Document). The weighted average exercise price of all such securities
is €7.52, compared to the market closing price for the Company’s shares on Euronext Paris of €3.22 on April 25,
2022.
In connection with its incentive strategy for motivating its executives and employees and to attract additional skills,
the Company could issue or award shares or new equity securities carrying the right to acquire shares in the future,
which could cause further dilution, potentially material, for present and future shareholders of the Company. Dilution
could cause a drop in the price of the Company’s shares.
3.2.6 Exchange Rate Risk
The Company is exposed to exchange rate risks relating to changes in the exchange rate between the euro (“EUR”)
and the Swiss franc (“CHF”) because a portion of the Company’s operating expenses is incurred in the latter
currency. Due to the activities of its Australian subsidiary being terminated since Q2 2021 and there being no assets
in Australian Dollar (“AUD”), there is no longer an exchange rate risk with the AUD.
If the Company succeeds in marketing and selling its products in the United States, it could earn a portion of its
revenue in U.S. dollars and, therefore, would be exposed to an exchange rate risk relating to changes in the
exchange rate between the U.S. dollar and the euro.
The Company will follow changes in its exposure to exchange rate risks on the basis of changes in its situation. If
the Company does not manage to take effective hedging steps in the future, its results of operations could be
negatively impacted.
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3.3 Risks Related To The Company, Its Operations and Organization
3.3.1 The Company is dependent on its key employees and, as such, could fail to continue attracting and
retaining its key employees and scientific advisors.
The Company’s success depends largely on the work and experience of its executive management and its key
scientific personnel, especially its Chairman and Chief Executive Officer (Président Directeur Général), Mr. Jesús
Martin-Garcia; its Chief Medical Officer, Dr. David Leppert; its Chief Scientific Officer, Dr. Hervé Perron; its Chief
Financial Officer, Mr. Miguel Payró; and its Chief Development Officer, Dr Alois B Lang. The loss of their expertise
could alter the Company’s ability to reach its objectives. Furthermore, the Company will need to recruit new qualified
executives and scientific staff as it expands in areas that require additional abilities, such as marketing,
manufacturing, clinical trials, and regulatory affairs. The Company competes with other companies, research
organizations, and academic institutions to recruit and retain highly qualified scientific, technical, and management
staff. To the extent such competition is very intense, the Company could be unable to attract or retain such key staff
on terms and conditions that are acceptable from an economic point of view. Its inability to attract and retain such
key personnel could prevent it from reaching its overall objectives.
3.3.2 The Company faces the risk of liability linked to its products or operations and it may not be able to
obtain adequate insurance coverage at an acceptable cost .
The Company is exposed to the risk of liability, particularly product liability, arising in connection with the
manufacture and sale of therapeutic products for use in humans. Liability against the Company may also result
from clinical trials in connection with the testing of therapeutic products or unexpected adverse side effects resulting
from the administration of such products. Complaints or legal proceedings could be filed or brought against the
Company by patients, regulatory authorities, biotechnology and biopharmaceutical companies, and other third
parties using or selling its products. Such actions could include complaints resulting from actions by its partners,
licensees, and subcontractors over which it has little or no control. The Company can give no assurance that its
present insurance coverage will suffice to respond to liability actions that could be brought against it. If its partners,
licensees, and subcontractors or the Company itself are not in a position to obtain and maintain appropriate
insurance coverage at an acceptable cost or protect themselves in some way against product liability actions, they
could be held significantly liable, which could have the consequence of seriously affecting marketing and sale of
the Company’s products and, more generally, harm its business.
The Company is also subject to environmental protection and health and safety laws and regulations that could
expose it to liability and restrict its operations. In its research and development programs and pre-clinical tests, the
Company uses hazardous substances and biological materials such as human cell lines. Accordingly, in countries
in which the Company operates, it is subject to environmental protection and safety laws and regulations governing
the use, storage, manipulation, production, and disposal of hazardous substances, including chemical and
biological products. The Company is also subject to laws and regulations relating to the use and manipulation of
genetically modified organisms under French, European, and U.S. laws and regulations.
In the event of a failure to comply with applicable laws and regulations, the Company could be subject to fines and
might have to suspend
part or all of its operations. To comply with environmental, and health and safety laws
and regulations, the Company would incur additional costs and it could, in the future, incur significant expenses in
doing so in the relevant jurisdictions in which it operates. In complying with environmental, health and safety laws
and regulations, the Company may have to acquire equipment, modify facilities, and more generally, incur other
material expenses. In the event of accidental contamination, injuries, or any kind of damage, the Company could
be held liable for damages, which might not be paid by or covered under its insurance policies and which could
harm the Company’s business.
3.3.3 Shareholders might be unable to achieve a control premium in the event of a change of control of the
Company based on the fact that French and Swiss regulations concerning mandatory public takeover offers
are not applicable.
In so far as the Company’s registered office is in Switzerland whilst its shares are listed only on Euronext Paris’s
regulated market, neither French regulations on mandatory public tender offers and buyouts, nor Swiss regulations
on public takeover offers (purchase or exchange offer) are applicable to public tender offers concerning the
Company’s shares.
Under these conditions, a person might acquire shares in the Company to an extent representing a controlling stake
as defined under Swiss or French law without a legally enforceable obligation to file a public tender offer to all the
shareholders.
Similarly, because of the unenforceability of French and Swiss law on compulsory public tender offers, a person
could issue a public tender offer to some, but not all, shareholders.
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GeNeuro SA – 2021 Universal Registration Document
3.4 Risks Related To The Company’s Dependency on Third Parties
3.4.1 The Company does not have manufacturing capabilities and is exposed to the risks associated with
relying on third party manufacturers for its most advanced product candidate temelimab and its other
products
The Company has chosen to outsource the manufacturing of its products. Its dependence on third parties to
manufacture and assemble certain of its products and its lack of experience in manufacturing other products on an
industrial scale could affect its ability to develop and sell its products within a reasonable timeframe and on a
competitive basis. In particular, the Company depends on third parties to produce its most advanced product
candidate, temelimab for MS. In this respect, it has entered into an agreement with the contract manufacturing
organization (“CMO”) Polymun Scientific GmbH (“Polymun”), to manufacture its antibody on the basis of good
manufacturing practices (“GMP”), for determined quantities of product at a pre-determined cost, without future
royalties. The Company will also depend on subcontracting agreements for the fill and finish of its products, both
for future clinical trials and for subsequent stages of sales and marketing.
The Company could also be unable to enter into subcontracting agreements for the future commercial supply of
temelimab, or to do so on acceptable terms and conditions. If it is unable to enter into acceptable subcontracting
agreements, the Company may be unable to market and sell temelimab successfully.
In the current COVID-19 pandemic and geopolitical situation, supply of culture media for antibody manufacturing
and other products is facing considerable strain and competition for deliveries, which may lead to delays in the
manufacturing of future batches of temelimab.
Furthermore, dependency on third-party manufacturers involves additional risks to which the Company might not
be exposed if it manufactured temelimab itself, such as:
•
•
•
•
non-compliance of such third parties with regulatory and quality control standards;
the violation of such agreements by such third parties;
the termination or non-renewal of such agreements for reasons beyond its control; and
the insolvency of such third parties.
If the products manufactured by such third-party suppliers do not comply with regulatory standards, sanctions and
penalties could be imposed. Such sanctions could include fines; court orders; civil penalties; refusal of regulatory
authorities to grant product licenses; delays, suspension or withdrawal of approvals; revocation of product licenses;
product recalls or seizures; operating restrictions and criminal prosecutions, all of which are measures that could
have a material adverse effect on the Company’s business, operations, its financial position and its financial results.
If the Company is unable to maintain its collaboration agreements with its existing partners, including the CMO
Polymun, or enter into new agreements on acceptable terms and conditions, it will have to develop and sell its
products at its own expense, or it will have to turn to other partners. This could increase its capital needs and limit
its growth and marketing and sales efforts to other areas. In addition, even if the Company, in connection with its
agreements, has included provisions designed to impose strict compliance by its partners with their commitments,
it cannot control either the extent or the timing of the resources that its existing and future partners will devote to
the development or sale of the Company’s products. Such partners might also not meet their obligations as set out
in the contracts that the Company has, or may have, with them or under the terms it is expecting. In such cases,
the Company could be confronted with significant delays and not achieve success in obtaining the support of third
parties for the Company’s new technology based on the neutralization of W-ENV, or support for the introduction of
the Company’s products in various markets.
Even though the Company tries to include non-competition clauses in its collaboration agreements, no assurance
can be given that such restrictions will ensure sufficient protection to the Company. The Company’s partners could
develop technologies alone or together with others, including its competitors.
The war in Ukraine launched by Russia on February 24, 2022 has significant economic and financial consequences
at the global level. Sanctions against Russia are likely to have significant implications for companies that do
business with or have a business relationship with Russia. Such sanctions and war may also have an impact for
companies conducting clinical trials in Russia or Ukraine. As at December 31, 2021, and at of the date of this
Universal Registration Document, the Company does not do business with or have a business relationship with
Russia nor conducts trials in Russia or Ukraine. However, the Company’s operations may be impacted in the future
by the direct or indirect consequences of the conflict, which cannot be accurately quantified at present. The
Company may in particular be exposed in the future to an increase in the costs associated with the clinical trials
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GeNeuro SA – 2021 Universal Registration Document
entrusted to its CROs. As of the date of this Registration Document, the Company has not however observed an
increase in costs due to this conflict.
3.4.2 The Company relies on external scientific collaborators
The Company relies on external scientific collaborators, including researchers attached to CROs or universities, to
successfully conduct relevant research activities, including in connection with development programs for products,
such as the conduct of clinical trials. The competition to maintain such networks is intense, and it may not be
possible to maintain them on acceptable conditions. In general, such external collaborators may terminate their
commitments at any time. Accordingly, the Company can control their activities only within certain limits and cannot
prevent them from devoting a portion of their time to research on and development of other products. Furthermore,
such scientific collaborators may be subject to intellectual property rights agreements, or other rights in relation to
the results of tests or research and development conducted jointly. Furthermore, they may not wish to grant a
license to such intellectual property rights on acceptable terms.
3.4.3 The Company does not have experience in the areas of sales, marketing and distribution and may be
required to rely on third parties and/or mobilize new internal resources for this purpose
The Company also lacks experience in the areas of sales, marketing and distribution. If it secures a marketing
authorization for its products, it will therefore have to develop its own marketing and sales capabilities either alone,
or with strategic partners. In connection with its strategy, it could, therefore, be led to search for partners for the
sale, marketing, and distribution of some of its products. In the event of the direct marketing and sale of temelimab
by the Company, it will have to develop its own sales and marketing infrastructure, which would involve incurring
additional expenses, mobilizing management resources, organizing new skills and taking the time needed to create
the appropriate organization and structure to support the product in accordance with applicable law and, more
generally, optimizing its marketing and sales efforts. The Company is evaluating the strategic and financial
advantages of an alliance with one or several partners for the marketing and sale of temelimab for MS in worldwide
markets, if the opportunity should arise. It is possible that the Company may not succeed in entering into an alliance
for the marketing and sale of temelimab or any of its products on economically reasonable terms and conditions or
maintaining such alliances or marketing and selling its products itself.
The Company expects growth in all areas of its business while it develops and, subject to obtaining required
regulatory approvals, markets and sells its products, directly or through potential partners. It will therefore need to
recruit staff and expand its capabilities, which could significantly increase its managerial, operating, financing, and
other resources. To remain competitive and control its growth, the Company would have to:
•
•
train, motivate, and retain a growing number of employees;
forecast with precision the demand for its products and the revenue that they may be capable of generating;
and
•
increase the size of its existing operating, computer, and financial and management systems.
The inability to manage its growth effectively could harm the Company’s business and prospects.
3.5 Risks Relating To The Company’s Intellectual Property Rights
3.5.1 If the Company is unable to maintain or protect its intellectual property rights, it could lose its competitive
advantage and be unable to operate profitably.
The Company’s rights under existing agreements, some of which give it access to future products and proprietary
processes belonging to third parties (such as its rights to various patents targeting the W-ENV envelope protein
under its agreement with bioMérieux-INSERM) or jointly owned with third parties (such as its rights to the HERV-K
patent targeting the -K Env envelope protein under its agreement with the NINDS/NIH) could expire or be
terminated. In addition, it might not be able to obtain licenses to other rights which it might need. If it is unable to
secure such rights or licenses, or to preserve them, it will have to search for other alternatives or develop the
necessary products itself so as to avoid infringing patents or technology rights belonging to third parties. It is possible
that such alternatives would not exist or that this could cause a significant increase in costs as well as development
time for its products.
It is important to the success of its business that the Company, as well as the licensor and any future licensees, be
able to obtain, maintain, and enforce its patent and other intellectual property rights in Europe, the United States,
and other countries. It cannot be ruled out that:
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GeNeuro SA – 2021 Universal Registration Document
the Company may fail to develop new inventions that are patentable;
•
•
patent applications that are being reviewed, including certain important patents in several jurisdictions, are
not granted;
•
the patents granted or licenses to its partners or itself are contested or held to be invalid, or the Company
may be unable to enforce them;
•
•
the scope of protection granted by a patent is not sufficient to protect the Company from competition; or
third parties may claim proprietary rights to the patents or other intellectual property rights that the Company
owns outright or to which it holds a license.
The grant of a patent does not guarantee its validity or scope, and third parties may challenge both aspects. The
validity and scope of a patent in the area of biotechnology are highly uncertain and raise complex legal and scientific
questions. Until now, no uniform policy has emerged at a worldwide level in terms of the content of patents granted
in the area of biotechnology and the scope of individual claims. Legal action may be necessary to enforce the
Company’s intellectual property rights, protect its trade secrets, or determine the validity and scope of its intellectual
property rights. Any dispute could entail considerable expense, reduce profits, and not provide the protection
sought. The Company’s competitors could successfully challenge in court or through other proceedings the patents
the Company has been granted or has had licensed to it, which could have the consequence of reducing the scope
of its patents. In addition, such patents could be infringed or successfully avoided as a result of innovations.
3.5.2 The Company’s products and technologies could infringe or be claimed to infringe patents and patent
applications held or controlled by third parties.
The Company’s products and technologies could infringe or be claimed to infringe patents and patent applications
held or controlled by third parties. The Company’s success depends on its ability to avoid the infringement or misuse
of patents or other intellectual property rights of third parties. The growth of biotechnology and the increase in the
number of patents granted in the field increase the risk that third parties will take the position that the Company’s
products and technologies, including its processes, infringe their patents. In general, a patent application is not
published until 18 months after the priority date of the application. In the United States, some patent applications
are not published prior to issuance of the patent itself and may be granted on the basis of the date of invention,
which does not always result in the issuance of a patent to the party that was the first to file the application.
Discoveries or patent applications are made sometimes only months or often even years after the discovery. For
this reason, the Company cannot be certain that third parties have not been the first to invent products or file patent
applications for inventions covered by its own patent applications or those of its partners. In such cases, the
Company could need to obtain licenses to such third-party patents (licenses which it might not be able to obtain on
reasonable terms and conditions, if at all), terminate the production and sale of certain product lines, or develop
alternative technologies.
In addition, the Company uses antibodies and cells that are available on the market to manufacture certain products,
and the use of such antibodies and cells could infringe third-party rights, in which case the Company could be
obligated to acquire a license to such rights (a license that it may not be able to obtain on reasonable terms and
conditions, if at all), become involved in costly litigation, or stop using such antibodies or cells.
Any litigation or claim brought against the Company, regardless of the outcome, could involve substantial costs and
compromise its reputation. Some of the Company’s competitors have greater resources than the Company and
could be in a better position to bear the cost of complex proceedings. Any dispute of this type could seriously affect
the Company’s ability to continue in business. More specifically, intellectual property disputes could force the
Company to:
•
•
•
stop selling or using one or more of its products that depend on the challenged intellectual property rights,
which could reduce revenue;
obtain a license from the holder of intellectual property rights deemed infringed, a license that it may not be
able to obtain on reasonable terms and conditions, if at all; and
redesign or, in the event of claims relating to trademarks, rename its products to avoid violating intellectual
property rights of third parties. This may not prove to be possible or, in any event, given the time and financial
resources that would have to be dedicated to doing so, it may prove to be too costly and, as a result, it could
disrupt the Company's sales and marketing efforts.
3.5.3 If the Company does not comply with its obligations under the license agreements with bioMérieux or the
NINDS/NIH, it could lose rights that are very important for its business.
If the Company does not comply with its obligations under the license agreement with bioMérieux or under the
license agreement with the NINDS/NIH, it could lose rights that are very important for its business. The Company’s
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GeNeuro SA – 2021 Universal Registration Document
business depends on a license agreement to use various significant patents relating to temelimab that was granted
to the Company by bioMérieux and INSERM, and on a license agreement to use the first HERV-K patent that was
granted to the Company by the NINDS/NIH. The patent licenses granted to the Company may be revoked if the
Company does not comply with various terms and conditions set forth therein (in particular, milestone and other
payments). To comply with such conditions, the Company could be required to increase the resources dedicated
to development projects contemplated by such licenses. Such license agreements also include provisions with
which the licensor must comply. Among other things, the Company is counting on its licensor to prosecute any
infringement of the licensed patents by third parties. The Company can, however, give no assurance that its licensor
is or will be willing to undertake such proceedings.
3.5.4 The Company’s business could be affected if it is unable to protect the confidentiality of its information
and know-how.
The Company’s business could also be affected if it is unable to protect the confidentiality of its information and
know-how. The Company provides information and materials from time to time to researchers at academic
institutions as well as other public or private entities (including CMO manufacturers) with which it seeks to have
various tests or clinical trials conducted.
In both cases, the Company relies on the execution of confidentiality agreements. Its business also depends on
non-patented proprietary technology, processes, know-how, and data that it treats as trade secrets and that it
protects, in part, through confidentiality agreements with its employees, consultants, and various subcontractors.
These agreements and other means of protecting trade secrets may not provide the protection sought or may be
violated, the Company may not have effective recourse against such violations, or its trade secrets may be disclosed
to its competitors or developed independently by them.
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GeNeuro SA – 2021 Universal Registration Document
CHAPTER 4.
INFORMATION ABOUT THE COMPANY AND THE GROUP
4.1 History And Development Of The Company And The Group
4.1.1 Legal and commercial name of the Company
Company legal name:
Company commercial name:
GeNeuro SA
GeNeuro
4.1.2 Place and number of registration and legal identity identifier (LEI)
The Company is registered at the Registre du commerce (commercial register) of Geneva, Switzerland, under
number CHE-112.754,833. The legal entity identifier (LEI) of GeNeuro is 213800FUJCKXO9LK3444.
4.1.3 Date of incorporation and length of life
The Company was incorporated on February 6, 2006 for an indefinite term.
4.1.4 Registered/principal office, legal form and applicable law
Registered/principal office:
Telephone:
3 chemin du Pré-Fleuri, CH-1228 Plan-les-Ouates, Switzerland
+41 22 552 4800
Electronic address:
Web page:
The Company is a société anonyme (company limited by shares) organized under Swiss law and governed by its
Articles of Association and, in particular, Title XXVI of the Swiss Code of Obligations.
4.1.5 Major events in the development of the Company’s and the Group’s business
2022
On April 15, 2022, GeNeuro reported on its first quarter financial situation, announcing a net cash position
of €5.9 million, which provides the Company with good visibility until Q2-2023 in terms of financing its
current activities. The Company also announced it would close at the end of April 2022 the ProTEct-MS
extension study initiated in September 2021 due to the worldwide shortage in the supply of culture media
for antibody manufacturing during the COVID-19 pandemic which delays delivery of the new batch of
temelimab until the summer of 2022.
On April 13, 2022, GeNeuro announced the first results of its collaboration with FondaMental Foundation
for the development of diagnostic and therapeutic options for patients with post-COVID neuropsychiatric
syndromes. The study showed a strong correlation between SARS-CoV-2 infection, W-ENV protein and
markers of innate immunity, in patients with psychiatric disorders, confirming the interest of treating post-
COVID neuropsychiatric syndromes by neutralizing the W-ENV protein with the temelimab antibody.
GeNeuro is preparing to launch a phase 2 clinical trial in 200 patients with post-COVID syndromes and
positive for W-ENV.
On March 21, 2022, GeNeuro presented the top-line results from its ProTEct-MS clinical trial, which
showed that the primary endpoint of the study was met, with results confirming the excellent safety profile
and tolerability of higher doses of temelimab administered concomitantly with a high-efficacy anti-
inflammatory drug. In addition, efficacy data, obtained in patients already effectively treated against
inflammation, showed that temelimab had a favorable impact on key MRI parameters measuring
neurodegeneration.
On January 27, 2022, GeNeuro announced that it had completed its ProTEct-MS clinical trial and
confirmed that results from this study would be available by the end of March 2022. The Company also
reported its cash position as of December 31, 2021, and provided a business update.
2021
On December 13, 2021, GeNeuro announced that it was one of the four projects selected by the Swiss
Federal Office of Public Health (FOPH) FOPH to benefit from the “Federal Funding Programme for COVID-
19 Medicines” and that it would receive for a grant of 6.7 million Swiss francs (€6.4 million) to co-fund a
Phase II2 clinical trial to treat patients with long-standing COVID who exhibit neurological and psychiatric
("neuropsychiatric") symptoms.
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GeNeuro SA – 2021 Universal Registration Document
On October 18, 2021, GeNeuro announced that Dr. Avindra Nath, Clinical Director of the National Institute
of Neurological Disorders and Stroke (NINDS), had presented at the America Neurological Association’s
annual congress novel pre-clinical results of the Amyotrophic lateral sclerosis (ALS) research program
developed in partnership with GeNeuro. Such results confirm that HERV-K ENV is present in the cerebro-
spinal fluid of sporadic ALS patients; elucidate the pathogenic effect of HERV-K ENV on motor neurons;
and show in preclinical models the therapeutic potential of GeNeuro’s specific anti-HERV-K ENV antibody.
On September 24, 2021, GeNeuro announced it had entered into a research collaboration with
Northwestern University, Chicago, Illinois, USA, to confirm evidence of the expression of human
endogenous retrovirus W envelope protein (W-ENV or W-ENV) in long-haul COVID patients, and identify
affected patients who may benefit from a treatment with GeNeuro’s temelimab.
On September 21, 2021, GeNeuro announced that the first patient who completed the ProTEct-MS study
at the Karolinska Institutet's Academic Specialist Center (ASC), in Stockholm (Sweden), had entered the
study extension.
On July 13, 2021, GeNeuro announced a successful €6.0 million capital increase through an international
private placement only to certain qualified and institutional investors (the “2021 Offering”).
On July 5, 2021, GeNeuro presented data supporting the pathogenic role of the endogenous retroviral
protein W-ENV in post-COVID neuropsychiatric syndromes, and announced collaborations with the
FondaMental Foundation to accelerate the development of diagnostic and therapeutic options for post-
COVID patients.
On June 24, 2021, GeNeuro announced it had renewed its collaboration agreement with the CIRI with an
expanded focus to post-COVID syndromes.
On April 15, 2021, the Company announced recent research data on the detection of W-ENV in COVID-
19 patients and linking its expression to disease severity. A publication in the Lancet’s EBioMedicine by
researchers from the “Tor Vergata” University of Rome, Italy, has shown that the pathogenic envelope
protein of the human endogenous retrovirus W (W-ENV) is found on lymphocytes of hospitalized patients
with COVID-19, and that its level of expression is associated with disease severity. W-ENV’s pro-
inflammatory properties are thought to act as an “accelerant” of the activation of the innate immune system,
fueling the severity of COVID-19 evolution and impacting long term recovery. In addition, through the
parallel effort supported by the ANR, preliminary data generated by GeNeuro and the CIRI in Lyon
(International Center for Research in Infectious Diseases), made available on Research Square, also
shows W-ENV expression in lymphocytes following in vitro exposure to SARS-CoV-2 in about 20% of
healthy blood donors, suggesting individual susceptibility. With W-ENV as a possible aggravating agent of
COVID-19, GeNeuro’s temelimab, an anti-W-ENV monoclonal antibody already in a Phase II clinical trials
with an excellent tolerability and safety, could, without any prejudice to its existing programs, start tests
against COVID-19 as early as this summer.
On February 18, 2021, the Company announced the completed patient recruitment in its Phase 2 ProTEct-
MS trial of temelimab in MS patients, conducted at the Karolinska Institutet’s Academic Specialist Center
(ASC), in Stockholm (Sweden).
On January 26, 2021, GeNeuro announced it had received an award from the French national research
agency, ANR (Agence Nationale de Recherche), for its COVERI project focused on understanding the role
of human endogenous retrovirus (HERV) proteins in the abnormal immune-inflammation or the
neurological damages suffered by important subsets of COVID-19 patients.
2020
On September 14, 2020, GeNeuro presented the rationale and outline of its Phase 2 ProTEct-MS clinical
study of temelimab at MSVirtual2020 (8th Joint ACTRIMS-ECTRIMS Meeting).
On July 20, 2020, GeNeuro announced the publication in Science Advances of data establishing a clear
link between human endogenous retroviral proteins and psychotic disorders.
On June 25, 2020, the Company announced the recruitment of the first patient in its Phase 2 trial of
temelimab in MS at the Karolinska Institutet’s Academic Specialist Center (ASC), in Stockholm, Sweden.
On April 21, 2020, the Company announced the nomination, effective May 1, 2020, of its new Chief Medical
Officer, Dr. David Leppert, who is a highly experienced medical and industry professional.
On March 19, 2020, the Company announced that it was postponing the launch of its Karolinska Trial to
prioritize healthcare resources behind the fight of COVID-19 and to reduce the risk for MS patients.
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On January 31, 2020, the Company announced that it had completed a €17.5 million capital increase
through a share offering to certain qualified and institutional investors. Its shareholder GNEH SAS
participated for €7.5 million in this offering and paid for its new shares by way of set-off with the €7.5 million
loan it had granted to the Company in 2019.
2019
On November 25, 2019, GeNeuro announced an agreement with the Karolinska Institutet / Academic
Specialist Center (ASC) of Stockholm to launch a new single center, Phase II clinical study of temelimab
in multiple sclerosis. The trial, to be conducted at the Center for Neurology of ASC (which, with
approximately 2,400 patients, is the largest MS center in Sweden), will be a one-year study that will enroll,
initially, 40 patients whose disability progresses without relapses, and will document the safety and
tolerability of temelimab following higher doses, as well as measures of efficacy based on the latest
biomarkers associated with disease progression. The study aimed to start enrolling patients in Q1 2020
with last patient out and top line results expected in H2 2021; however, due to the COVID-19 crisis, the
Company announced on March 19, 2020, that it was temporarily postponing this trial to prioritize healthcare
resources behind the fight of COVID-19 and to reduce the risk for MS patients. Assuming recruitement can
be completed by the end of 2020, the Company expects that results would still be communicated in H2
2021.
On September 16, 2019, GeNeuro presented at the European Committee for Treatment and Research in
Multiple Sclerosis (ECTRIMS 2019) Congress in Stockholm, Sweden the full results of the Phase II
CHANGE-MS trial and ANGEL-MS extension trial in relapsing-remitting MS (RRMS), which confirmed that
the neuroprotective effects of temelimab in MS patients extend to 96 weeks and that temelimab is safe to
use and well tolerated for a prolonged period.
In June 2019, GeNeuro announced that data supporting the mode of action of its lead product (temelimab)
in treating MS was published in the Proceedings of the National Academy of Sciences (PNAS). Temelimab
is a monoclonal antibody designed to neutralize a pathogenic, viral envelope protein, W-ENV, which plays
a causal role in the development of MS. The PNAS paper, entitled “W-ENVelope protein fuels microglial
cell-dependent damage of myelinated axons in multiple sclerosis”, demonstrates that axonal injury in MS
can be significantly driven by W-ENV through activation of microglia and this contributes to
neurodegeneration, particularly in progressive forms of MS. In addition to the already published data
demonstrating that W-ENV may directly inhibit remyelination, these data provide additional neurobiological
rationale for the results from recently completed CHANGE-MS and ANGEL-MS Phase IIb trials. In these
studies, performed in patients with relapsing remitting MS, temelimab showed consistent neuroprotective
effects on MRI measures known to be associated with disability progression in MS, through neutralization
of W-ENV.
On May 7, 2019, the Company announced that a six-month extension of its Phase IIa study of temelimab
(GNbAC1) in T1D confirmed all previously-observed positive observations in the trial, meeting its primary
objective. GeNeuro believes these data open the door to further development in early-onset T1D pediatric
patient population.
On March 12, 2019, the Company announced positive results from the ANGEL-MS study of its lead
product, temelimab (GNbAC1), in MS. The ANGEL-MS data confirmed that treatment with temelimab for
2 years (96 weeks) had a continued, positive impact on key MRI measures of disease progression in
multiple sclerosis patients, confirming and extending the data reported at Week 48 in the CHANGE-MS
Phase IIb study. This includes reductions in brain atrophy, particularly in the cortex and thalamus, and
maintenance in myelin integrity, as measured by magnetization transfer ratio (MTR) imaging. Importantly,
for the first time, encouraging dose-dependent effects were seen on clinical measures of disease
progression. This has been evidenced by a lower proportion of patients with 12-week confirmed EDSS
progression, or with 20% worsening in 25-foot timed walk.
In January 2019, GeNeuro announced positive safety and tolerability results from a Phase 1 study
assessing the administration of high doses of temelimab (GNbAC1) to treat MS and other auto-immune
diseases. These results suggest that higher dose regimens or a front-loading could be evaluated in a future
next clinical study of temelimab in MS and other potential therapeutic indications.
2018
In December 2018, the Company signed a financing agreement with GNEH SAS, a subsidiary of Institut
Mérieux, to establish a €7.5 million credit line, allowing it to extend the Company’s runway with all ongoing
programs until Q3 2020.
On October 17, the Company announced that following a successful collaboration in preclinical
amyotrophic lateral sclerosis (ALS) models, GeNeuro has signed an exclusive worldwide license with the
National Institute of Neurological Disorders and Stroke (NINDS), part of the U.S. National Institutes of
Health (NIH). The agreement covers the development of an antibody program to block the activity of
pHERV-K Env (pathogenic envelope protein of the HERV-K family of Human Endogenous Retroviruses),
a potential key factor in the development of ALS.
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On October 11, the Company presented at ECTRIMS 2018 in Berlin the results from its 48-week CHANGE-
MS Phase IIb clinical trial in the MS indication, confirming a robust and coherent impact on the key MRI
markers associated with disease progression. Moreover, the benefits have also been observed in patients
with lower inflammatory burden, which are not served by existing anti-inflammatory treatments.
On September 26, the Company released the six-month results from the RAINBOW-T1D Phase IIa clinical
trial of temelimab in the T1D indication. The data showed that the study met the primary endpoint, with
temelimab showing an excellent safety and tolerability profile in T1D patients; some encouraging signals
were observed, such as a 32% reduction in the total number of hypoglycemic episodes in the treated group
versus placebo (p<0.0001), and a 21% decrease of anti-insulin antibodies in the treatment group, versus
an increase of 23% in the placebo group (p<0.01). But given the low occurrence of events in this well-
controlled population and the small size of the Phase IIa cohort, these signals require confirmation at Week
48, as well as through investigation in larger populations with a more recent onset.
On September 17, Servier, based on R&D strategic reasons and its international development priorities,
decided to decline the option to license temelimab in MS and to return worldwide rights ex US and Japan
for temelimab in MS. Should Servier have had exercised its option, it would have had to finance the global
development of temelimab, including in the USA and Japan. As a result, GeNeuro engaged in new
partnership discussions for its lead MS program. Following this notification by Servier, the ANGEL-MS two-
year extension study, undertaken at Servier’s request and with Servier’s funding, was terminated one year
before its expected end, with Servier bearing the study’s closure costs. This early termination allowed to
generate 48-week results for ANGEL-MS, which were presented on March 12, 2019.
In March, the Company released the full results from its 48-week CHANGE-MS Phase IIb clinical trial in
the MS indication. The 12-month data of this 270-patient study, conducted in 12 European countries,
confirmed that there was a modest effect on most MRI measures of neuroinflammation, with no significant
separation between treatment groups. Full study results however showed robust and coherent impact at
the highest dose of 18 mg/kg on the key MRI markers associated with disease progression. Moreover, the
benefits are also observed in patients with lower inflammatory burden, which are not served by present
anti-inflammatory treatments. Safety of temelimab is confirmed.
In February, the Company’s temelimab drug received the Orphan Drug Designation from the US FDA for
the chronic inflammatory demyelinating polyradiculoneuropathy (“CIDP”) indication.
2017
Publication of the six-month results from the 48-week CHANGE-MS Phase IIb clinical trial on temelimab.
The data showed that temelimab is well tolerated and that there is no statistical difference at 6 months
between temelimab and placebo in the study’s primary endpoint of reducing the number of cerebral Gad-
enhancing lesions as measured by MRI, nor on the other MRI measures of neuroinflammation. Post hoc
analyses of 6-month data however showed an anti-inflammatory effect in active patients at the highest (18
mg/kg) of the three doses tested at Week 24. In addition, at the same dose, a promising effect on
remyelination was observed at 24 weeks.
Launch of a Phase IIa clinical trial with temelimab in the Type 1 diabetes indication, with 60 recently
diagnosed adult patients, in over 10 centers in Australia. The primary endpoint will be the safety of
temelimab in this new patient population.
The Company entered into a research agreement with the US NIH for developing new approaches against
pHERV-K protein as a target in the treatment of Amyotrophic Lateral Sclerosis (ALS).
2016
At the end of December 2016, completion of the recruitment of the 260 patients of the CHANGE-MS Phase
IIb clinical trial on temelimab, 4 months ahead of planning. A Data Safety Monitoring Board reviewed the
3-month data for the first 30 patients and confirmed the very good tolerance profile of temelimab.
Servier decides to finance a new ANGEL study which will allow patients having taken part in the Phase IIb
study to benefit from two additional years of treatment.
In April 2016, Initial Public Offering on Euronext’s regulated market in Paris, coupled with a capital
increase, allowing the Company to raise gross proceeds of €33 million.
Launch of the CHANGE-MS Phase IIb clinical trial on temelimab, contemplating the recruitment of 260
patients initially through 69 clinical centers in 13 European countries. The trial’s main endpoint is the
cumulative number of brain lesions evidenced by MRI at 6 months, then 12 months together with patients’
clinical evaluation.
2015
2014
Servier International B.V. (owned 100% by Servier) acquires 8.6% of GeNeuro’s outstanding shares
through a sale by Eclosion2 for €15 million on December 11, 2015. Servier exercises its first option under
the Collaboration Agreement to finance the Phase IIb trial of temelimab and makes a milestone payment
of €17.5 million to GeNeuro.
GeNeuro conducts a pharmacological study controlled against placebo to confirm the safety and
penetration in the central nervous system of high doses of the immunoglobulin temelimab on healthy
volunteers in preparation for launching a Phase IIb study.
A Collaboration Agreement is signed by GeNeuro, Servier and Institut de recherches internationales
Servier for the development of a drug targeting a suspected causal factor of multiple sclerosis.
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Completion of the one-year Phase IIa trial on 10 patients with good results in safety as well as
pharmacodynamic effects and the first signs of therapeutic responses in patients.
2011
2010
GeNeuro announces the completion of the Phase I clinical trial of temelimab, showing that the product is
well tolerated.
GeNeuro obtains a favorable opinion from the German committee for scientific regulation, the Paul Ehrlich
Institute, on the pre-clinical file for the temelimab monoclonal antibody to treat MS.
2009
2008
GeNeuro Innovation, the subsidiary of the Company, is organized in Lyon, France.
A capital increase of CHF 12 million is underwritten by Eclosion and Institut Mérieux to broaden GeNeuro’s
operations and develop its medicines portfolio through clinical trials.
2006
GeNeuro, a spin-off of French diagnostics company bioMérieux, is founded in Switzerland by Dr. Hervé
Perron, Dr. Christophe Mérieux, and Jesús Martin-Garcia, with Eclosion, a Swiss start-up incubator and
long-term investor in biotechnology, and bioMérieux as principal shareholders.
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CHAPTER 5.
DESCRIPTION OF THE GROUP’S BUSINESS
5.1 General Presentation
GeNeuro is a clinical-stage biopharmaceutical company focused on understanding and stopping the causal factors
driving the progression of neurodegenerative and autoimmune diseases. GeNeuro’s most advanced therapeutic
candidate, temelimab, is a humanized monoclonal antibody that neutralizes a pathogenic protein of the HERV-W
family (“W-ENV”) that has been identified as a potential causal factor in MS and T1D, and has already completed
Phase II clinical trials in both indications with an excellent tolerability and safety. In addition, GeNeuro’s temelimab
has received an ODD from the FDA in the treatment of CIDP, a rare autoimmune disorder of the peripheral nervous
system; and W-ENV has been identified as a potential causal factor in Inflammatory Psychosis.
W-ENV has also been found on lymphocytes of hospitalized patients with COVID-19, and its level of expression is
associated with disease severity. W-ENV’s pro-inflammatory properties are thought to act as an “accelerant” of the
activation of the innate immune system, fueling the severity of COVID-19 evolution and impacting long term
recovery. Preliminary data also shows the expression of W-ENV in lymphocytes following in vitro exposure to SARS-
CoV-2 in about 20% of healthy blood donors, suggesting individual susceptibility.
Furthermore, data presented in July 2021 showed that the neuropsychiatric symptomatology seen in “post-COVID”
patients may be due to activation of W-ENV expression in these individuals by SARS-CoV-2, and to its persistence
long after the acute COVID phase. These data, presented at the first “Neuro Sciences Psychiatry and Neurology
Days” held in Paris, France, on July 1-2, 2021 provide a biologic rationale explaining why so many COVID-19
patients develop long-term neurological and psychiatric symptoms. This could open the door for a therapeutic
intervention with temelimab targeting W-ENV.
According to recent large-scale studies, more than 10% of people infected by SARS-CoV-2 fail to fully recover
and/or develop new symptoms, with a high proportion of neurological and/or psychiatric affections. Of note, in more
than 90% of the cases the original COVID-19 symptoms were not severe enough to warrant hospitalization. With
close to 500 million confirmed COVID-19 cases worldwide, of which more than 225 million in the USA, Canada and
Western Europe, this problem is now being recognized as a major public health emergency, as it could affect
millions of persons.
With W-ENV as a possible aggravating agent of COVID-19 and of post-COVID, and temelimab as a specific anti-
W-ENV monoclonal antibody, GeNeuro’s temelimab could start clinical trials against COVID-19. On December 13,
2021, GeNeuro announced that it was one of the four projects been selected by the FOPH’s Federal Funding
Programme for COVID-19 Medicines and that it would receive a grant of 6.7 million Swiss francs (€6.4 million) to
co-fund 50% of a Phase II clinical trial to treat patients with long-standing COVID who exhibit severe neurological
and psychiatric ("neuropsychiatric") symptoms. The Company is pursuing various fundraising avenues, including
non-dilutive debt financing, to secure the additional funding to launch the post-COVID Phase II Trial.
More broadly, GeNeuro is leveraging the potential of HERVs through research and academic partnerships to
develop new treatments for poorly understood autoimmune and neurodegenerative diseases, such as the
Cooperative Research and Development Agreement (“CRADA”) signed in 2017 with the NINDS, part of the NIH,
to develop novel therapeutic antibodies for the treatment of ALS.
GeNeuro’s novel approach against HERVs
The immune system is a complex set of defense mechanisms that seek to protect the body by identifying and
destroying potential threats, including infectious agents. Autoimmune diseases are defined as conditions where the
immune system of the patient is activated without known cause, and attacks and damages its own tissues. There
are many autoimmune diseases, affecting many organ classes, such as rheumatoid arthritis, juvenile (type 1)
diabetes, psoriasis, and multiple sclerosis. Since there is no known cause for autoimmune diseases, treatments in
these indications target the immune system of the patient to reduce the damage caused by the immune attack
and/or provide relief for the damage inflicted to an organ.
GeNeuro is developing a novel approach against autoimmune and neurodegenerative diseases by trying to block
potential causal factors of these disorders. This novel approach is the result of more than 25 years of research on
human endogenous retroviruses (“HERV”), 15 of which at Institut Mérieux and INSERM before the creation of
GeNeuro in 2006.
HERV DNA, which represents up to 8% of the human genome (see Figure 1 below), has originated from infections
by viruses whose DNA was integrated into the human germline during evolution. Since HERV DNA is normally
silent, HERVs are generally not expressed. In certain disease settings, however, such as multiple sclerosis, HERV
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genes are reactivated, which leads to significant levels of some HERV proteins in affected tissues.6 In COVID-19,
the International Center for Infectiology Research in Lyon, France (CIRI) has shown, in preliminary findings7, that
when human peripheral blood mononuclear cells from healthy donors were cultured and exposed to SARS-CoV-2,
about 20% of donors responded by expressing W-ENV in lymphocytes, cells in which the virus did not replicate.
This expression was triggered specifically by the spike protein of SARS-CoV-2, independently from cytokine
release.
These proteins, considered as “self” by the body as encoded by its own cells, may retain some of their original viral
properties, which could explain in some disease settings the triggering of the immune system and local toxicity.
Figure 1 : DNA breakdown of the human genome
As detailed below, GeNeuro and some leading academic centers have developed and published strong evidence
suggesting that the envelope (ENV) protein of the HERV-W family could play a causal role in MS, T1D and
Inflammatory Psychosis, and an accelerant role in COVID-19. The NINDS, part of the NIH, has also published the
potential causal role of the ENV protein of the HERV-K family in ALS, and has confirmed in October 2021 in pre-
clinical models of ALS the neurotoxic properties of HERV-K ENV and the therapeutic potential of GeNeuro's
antibody developed to neutralize HERV-K ENV.
And the amount of evidence for the involvement of HERV proteins in poorly understood diseases keeps building
up. If these proteins do indeed play a causal role in these pathologies, neutralizing them through therapeutic
molecules could, for the first time, allow medicine to have a direct impact on the onset and progression of these
diseases. GeNeuro leads the effort of leveraging these promising discoveries into novel and effective treatments
for patients, with its research and clinical work currently focused on a number of key indications shown below.
Figure 2 : GeNeuro development pipeline
IND: Investigational New Drug
6
Source: Engel & Hiebert, Nature Med. 2010, May; 16(5): 517-8.
Source: Charvet, Mazelier et al., Research Square
7
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Multiple Sclerosis
MS is a long-term, degenerative disease that affects the central nervous system (consisting of the brain and spinal
cord) in which the immune system attacks the myelin sheath that protects nerve fibers and is characterized by
neuroinflammation and neurodegeneration. Without the protection of myelin, nerves lose functionality, become
damaged and are ultimately destroyed, which leads to the formation of scar tissue (sclerosis). In 85% of the cases
at the original diagnosis, MS presents itself in a form called relapsing-remitting MS (RRMS), which will usually
degenerate over time into a more aggressive form of the disease: the secondary progressive form (SPMS) during
which the loss of neuronal function increases. Approximately 15%8 of patients present from the outset with a
progressive form of the disease called primary progressive MS (PPMS). There is currently no cure for MS, and no
treatment presently available has shown a determining impact on the progression of long-term disability resulting
from the disease. Present treatments work by reducing the number of relapses, speeding recovery from attacks,
and managing the symptoms of the disease, and are approved for the relapsing-remitting forms of MS (which
include the “active secondary progressive” form, which the FDA9 has defined as one of the relapsing forms of MS).
In fact, based on the recent definition by the FDA10, it is even possible to split MS patients in two broad categories:
patients with inflammatory relapses (or “active inflammatory” patients), and patients with progression of their
disability without inflammatory relapses (“non-active progressive” patients).
Sales of medications for the treatment of MS in 2021 have been estimated at USD 21 billion11. Since MS is an
autoimmune disease, all present medications target the immune system of the patient by altering or suppressing
the functions of the patient’s immune system in order to reduce the number of relapses. While new-generation
immuno-suppressive treatments show a reduction of 50% to 80% and above in the number of relapses, such
treatments may also result in significant adverse consequences for patients, because they suppress parts of the
immune system. These adverse side effects include opportunistic infections, which could turn out to be serious, as
well as an increased risk of cancer. Older immunomodulator treatments, such as interferon and Copaxone®, which,
on average, cause a reduction of 30% in the number of relapses and have a more manageable risk profile, held
20% of the global MS market in 2021, down from 42% in 2017, primarily as a result of the pricing pressure exerted
by biosimilars of older treatments that have moved off-patent. The reduction in the number of relapses in the RRMS
form, however, seems to have little or no long-term impact on the progression of disability12. Treating all forms of
MS with safe and effective medications able to stop this slowly evolving chronic disease, therefore continues to
represent a huge unmet medical need.
In MS, W-ENV has been identified as a potential key factor fueling the inflammatory and neurodegenerative
components of the disease in all its forms, most recently in a publication in the Proceedings of the National Academy
of Science13. The Company believes that temelimab is the first treatment against a suspected causal factor of MS,
and, as such, temelimab has the potential to offer a safe and effective treatment that does not affect the patient’s
immune system, and which could slow or even stop disease progression in all major forms of MS.
GeNeuro initiated in early 2016 a 48-week, multicentric Phase IIb double-blind placebo-controlled study to test its
temelimab drug candidate in 270 patients in 50 clinical centers and 12 countries in Europe. This clinical trial, called
“CHANGE-MS”, was funded through GeNeuro’s former partnership with Servier. Three doses were tested: 6 mg/kg,
12 mg/kg and 18 mg/kg, via intravenous injections every 4 weeks. The Company presented 24-week results
(including the study’s primary endpoint) in August and October 2017, as well as full 48-week results in March 2018.
Whilst the CHANGE-MS study confirmed the safety profile of temelimab, the primary outcome at 24 weeks, which
measured inflammation through the reduction of the cumulative number of Gd+ lesions14, did not reach statistical
significance. This could be due to the mode of action of the drug, which neutralizes a pathogenic factor but does
not have an immediate impact on active adaptive immunity cells. However, at CHANGE-MS completion at 48
weeks, data showed that temelimab administration had a significant, consistent positive impact on key
neuroprotection markers known to be linked to disease progression, such as reduction of brain atrophy, reduction
of the number of chronic black holes (permanent tissue damage) and stabilization of MTR values (a measure of
myelin integrity). At the ECTRIMS congress in Berlin in October 2018, the Company presented further analysis of
the CHANGE-MS 48-week results that showed that the neuroprotective effects of temelimab were at least as
prominent in the inactive subpopulation, i.e., without inflammation, which is the precise group of patients who are
not served well with currently-available disease modifying treatments.
Furthermore, the patients who had completed CHANGE-MS were offered to continue treatment with temelimab in
an extension study called ANGEL-MS. 95% of these patients elected to continue treatment, or a total of 219
patients. The study was originally planned to last two years, but had to be interrupted when Servier stepped out of
its partnership with GeNeuro. Nevertheless, 154 patients had already completed 96 weeks of treatment (including
8
Source: United States National MS society
FDA Press release on Siponimod approval, March 26, 2019
ibid
Source: 2021 annual reports of companies active in this field
Source: Ebers et al.: study of 730 patents over a period of 28 years
Kremer, Gruchot et al., PNAS, May 2019
Gd+: gadolinium-enhancing lesions, as measured by MRI
9
10
11
12
13
14
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GeNeuro SA – 2021 Universal Registration Document
the 48 weeks of CHANGE-MS), and over 90% had over 86 weeks of treatment, providing a solid basis for evaluating
the effect of longer treatment with temelimab.
The topline results of ANGEL-MS after a total of 96-weeks15 of treatment were presented on March 12, 2019. These
results showed a continued, positive impact on key MRI measures of disease progression in multiple sclerosis
patients, confirming and extending the data reported at Week 48 in the CHANGE-MS Phase IIb study. This includes
reductions in brain atrophy, particularly in the cortex and thalamus, and maintenance in myelin integrity, as
measured by magnetization transfer ratio (“MTR”) imaging, a marker of remyelination. Importantly, for the first time,
encouraging dose-dependent effects were seen on clinical measures of disease progression. This has been
evidenced by a lower proportion of patients with 12-week confirmed EDSS progression, or with 20% worsening in
25-foot timed walk. At the same time, confirming the missed primary endpoint results at 24-weeks, the study showed
that temelimab had only a modest effect on neuroinflammation, as evidenced by a non-significant reduction in the
number of T2 lesions. As a result, the positive results observed on reduction of neurodegeneration and maintenance
of neuro-regeneration appear to indicate that the effect of temelimab is not mediated by inflammation and that, in a
highly encouraging way, temelimab appears to be active against the clear unmet medical need in MS, which is
neurodegeneration in all forms of the disease. The CHANGE-MS and ANGEL-MS results also provide the first
evidence of the effect from neutralizing a pathogenic HERV protein in an autoimmune disease, opening the way to
multiple applications in other autoimmune and neurodegenerative diseases. For a more detailed review of the
results, please refer to sections 5.2.4.4.2 and 5.2.4.5.1 of the Universal Registration Document.
Based on the 96-week results of CHANGE-MS and ANGEL-MS showing the impact of temelimab on MRI measures
associated with disease progression, the Company has defined its development path forward for temelimab in MS
as targeting the key unmet medical need in MS: curbing the progression of disability.
GeNeuro is therefore focusing on neurodegeneration and disease progression, which could be as a monotherapy
for “non-active”16 progressive patients, or as an adjunctive therapy for remitting patients in combination with existing
immunomodulatory drugs addressing neuroinflammation, such paths being non-exclusive. In conjunction with this
assessment, the Company has completed a Phase 1c pharmacology study of temelimab at high doses, up to 110
mg/kg, supporting the use of higher doses or temelimab in future clinical trials.
In this connection, GeNeuro announced on November 20, 2019, an agreement with the Karolinska Institutet /
Academic Specialist Center (ASC) of Stockholm to launch a new single center Phase II clinical study of temelimab
in multiple sclerosis. This new trial was conducted at the Center for Neurology of ASC, which, with approximately
2,400 patients, is the largest MS center in Sweden. The one-year trial enrolled 41 patients whose disability
progressed without relapses, and will document the safety and tolerability of temelimab following higher doses, as
well as measures of efficacy based on the latest biomarkers associated with disease progression, including MRI
measurements of brain atrophy, change in myelin integrity by magnetization transfer ratio, markers of myelin
integrity and myelin fraction (REMyDI17), and markers of neurodegeneration and neuroprotection in biofluids such
as Neurofilament Light Chains. The launch of the study (“ProTEct-MS” or the “Karolinska Trial”) was delayed until
June 2020 due to the COVID-19 crisis; patient recruitment was completed in February, 2021, and top-line results
were announced on March 21, 2022. These showed that the primary endpoint of the ProTEct-MS study was met,
with results confirming the excellent safety profile and tolerability of higher doses of temelimab administered
concomitantly with a high-efficacy anti-inflammatory drug; in addition, efficacy data, obtained this patient group
already effectively treated against inflammation, showed that temelimab has a favorable impact on key MRI
parameters measuring neurodegeneration; the observed effect sizes in this new patient population were consistent
with the ones shown in the previous CHANGE-MS and ANGEL-MS studies.
Following the announcement of the Karolinska Trial’s topline results, GeNeuro will now resume discussions with
regulatory authorities and with potential partners to define the best development path combining temelimab and
anti-inflammatory treatments to treat relapses and disability progression, the key unmet medical need in MS.
Given the high costs of the international clinical trials necessary to confirm efficacy and register a product in MS
with both the FDA and the EMA, which the Company estimates to exceed €100 million, continued development in
MS requires a partnership and, following the results from the ProTEct-MS trial, the Company has reactivated
partnership discussions for the MS indications.
COVID-19
COVID-19 is the most severe global pandemic since the influenza pandemic of 1918. As of April 5, 2022, there
have been close to 500 million confirmed cases and over 6 million global deaths from COVID-19. The risk of
mortality increases with age (estimated to be ~0.1% for individuals aged 0-19, ~6% for individuals over age 60).
Risk of severe disease and mortality increase for persons with pre-existing diseases or comorbid conditions (e.g.
cardiovascular disease, diabetes, chronic lung disease, obesity), and hospitals worldwide continue to face the
15
48 weeks of CHANGE-MS + 48 weeks of ANGEL-MS
16 Defined as MS patients experiencing progression of disability independent of the relapse activity
17 Rapid Estimation of Myelin for Diagnostic Imaging, an MRI based method for automatic quantification of myelin volume in the
brain.
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increasing demand of patients requiring oxygen supply, ventilators, and intensive care. SARS-CoV-2 is the novel
coronavirus first identified in humans in December 2019 and is the cause of COVID-19. Coronaviruses are a large
family of viruses that can cause illness in animals or humans. In humans there are several known coronaviruses
that cause respiratory infections. These coronaviruses range from the common cold to more severe diseases such
as severe acute respiratory syndrome (SARS), Middle East respiratory syndrome (MERS), and COVID-19.
Both pulmonary and extra-pulmonary SARS-CoV-2-related forms have been recognized18, which predominantly
involve the impairment of immune functions19. Innate immune hyper-activation combined with adaptive immune
dysregulation has been recognized to play a critical role in the progression of the disease and thus in the clinical
outcome of COVID-19 patients,20,21 suggesting the critical evolution driven by exacerbated innate immunity and
associated inflammation and lymphopenia22,23. The immunological involvement includes hyper-immune reactions
such as the “cytokine storm” syndrome (mostly occurring in pulmonary forms), the pediatric multisystem
inflammatory syndrome, and immune-mediated cutaneous or neurological diseases along with various autoimmune
manifestations such as the dysregulation of coagulation mechanisms24,25
.
A study, published in April 2021 the Lancet’s EBioMedicine under the title “Evidence of the pathogenic W-ENVelope
expression in T lymphocytes in association with the respiratory outcome of COVID-19 patients”, shows that W-ENV
is found on lymphocytes of hospitalized patients with COVID-19, and that its level of expression is associated with
disease severity26. Until this study, the highly pro-inflammatory HERV-W, usually found in specific disease
situations, mostly in the brain, had never before been observed circulating in the body at high levels and, in
particular, was never seen expressed in T-lymphocytes. Understanding the mechanisms leading from SARS-CoV-
2 infection to severe disease is critical for the development of effective treatments. The identification of the
association between W-ENV expression and inflammatory and immune dysfunction in COVID-19 opens an avenue
for further investigation of its role as a trigger of detrimental immune response and potential target for therapy.
In a parallel effort supported by the French National Research Agency (ANR), GeNeuro, working in collaboration
with the International Center for Infectiology Research in Lyon, France (CIRI) started research to understand why
W-ENV was found at high levels in the blood of hospitalized COVID-19 patients. Preliminary findings, available
online on MedRxiv27, show that when human peripheral blood mononuclear cells from healthy donors were cultured
and exposed to SARS-CoV-2, about 20% of donors responded by expressing W-ENV in lymphocytes, cells in which
the virus did not replicate. This expression was triggered specifically by the spike protein of SARS-CoV-2,
independently from cytokine release. This research suggests a genetic and/or epigenetic susceptibility associated
to the activation of W-ENV in blood lymphoid cells, which could be important in understanding how SARS-CoV-2
infection may lead to severe forms of COVID-19 in some patients.
These findings, combined with the known pro-inflammatory properties of the W-ENV protein, may shed a new light
on the development of severe forms of COVID-19, and may also offer an unforeseen opportunity to stop this
evolution through a novel therapeutic approach.
W-ENV is found in specific disease situations, and its presence is always tied to negative disease outcomes for the
patient. The pro-inflammatory effects of W-ENV are mediated through the activation of the TLR4 innate immune
receptor, a pathway closely associated with some of the key features of COVID-19, such as hyper-activation of
immune functions, endothelial cell activation, vasculitis as well as coagulopathy. W-ENV has mostly been studied
in neurodegenerative diseases, with widely observed pathogenic effects on peripheral and central nervous system
cells. The presence of W-ENV in COVID-19 patients may have a double effect: in the short-term, when activated in
genetically susceptible individuals, W-ENV could act as an accelerant to the innate immune response, fueling
complications and leading to the need for ventilation. But even after the primary infection is over, if W-ENV has
reached a self-fueling expression level, it could cause persistent damage to endothelial cells in blood vessels and
also to cells from the peripheral and central nervous system, which could explain many of the long-term neurological
symptoms experienced by patients long after SARS-CoV-2 infection.
In addition, large numbers of patients who have been infected with SARS-CoV-2 continue to experience a
constellation of symptoms long past their recovery from the acute stages of COVID-19. Often referred to as “Long
COVID” or “post-COVID”, these symptoms, which can include fatigue, shortness of breath, “brain fog”, sleep
18 Gupta et al. Extrapulmonary manifestations of COVID-19. Nat Med 20202
19 Vardhana SA, Wolchok JD. The many faces of the anti-COVID immune response. J Exp Med 2020
20 Wang J, Jiang M, Chen X, Montaner LJ. Cytokine storm and leukocyte changes in mild versus severe SARS-CoV-2 infection:
Review of 3939 COVID-19 patients in China and emerging pathogenesis and therapy concepts. J Leukoc Biol 2020
21 Cao X. COVID-19: immunopathology and its implications for therapy. Nat Rev Immunol 2020
22 Zhang et al. Viral and host factors related to the clinical outcome of COVID-19. Nature 2020
23 Huang I, Pranata R. Lymphopenia in severe coronavirus disease-2019 (COVID-19): systematic review and meta-analysis. J
Intensive Care 2020
24 Mehta et al. COVID-19: consider cytokine storm syndromes and immunosuppression. Lancet 2020
25 Nath A, Smith B. Neurological issues during COVID-19: An Overview. Neurosci Lett 2021
26 Balestrieri E, Matteucci C et al, Evidence of the pathogenic W-ENVelope expression in T lymphocytes in association with the
respiratory outcome of COVID-19 patients, Lancet EBioMedicine, April 2021
27 Charvet B et al., SARS-CoV-2 induces human endogenous retrovirus type W envelope protein expression in blood lymphocytes
and in tissues of COVID-19 patients, MedRxiv, January 2022.
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GeNeuro SA – 2021 Universal Registration Document
disorders, fevers, gastrointestinal symptoms, anxiety, and depression, can persist for months and can range from
mild to incapacitating. In some cases, new symptoms arise well after the time of infection or evolve over time.
Follow-ups conducted in Germany and the United Kingdom found post–COVID-19 neuropsychiatric symptoms in
20% to 70% of patients, even in young adults, and lasting months after respiratory symptoms resolved28. With close
to 500 million confirmed cases of COVID-19 worldwide, including more than 225 million in the USA and Western
Europe, post-COVID is now recognized as a major public health emergency, as it is affecting millions of people.
As the leaders in the HERV field and with W-ENV as a possible aggravating agent of COVID-19, GeNeuro has
started working with leading medical centers in Europe and the USA to evaluate temelimab as a therapeutic
treatment, both to prevent immune system hyper-activation in recently infected patients, as well as to tackle severe
neurological and psychiatric syndromes in post-COVID patients.
On December 13, 2021, the Company announced it had been selected as one of the four projects retained by the
Swiss Federal Office of Public Health (“FOPH”) within the framework of the CHF 50 million “Federal Funding
Programme for COVID-19 Medicines” incentive, and that it would receive a grant of 6.7 million Swiss francs (€6.4
million) to co-fund (up to 50%) a Phase II clinical trial to treat patients with severe neurological and psychiatric
("neuropsychiatric") symptoms post-COVID. Subject to completion of the funding, the Company aims to launch this
new clinical trial in the summer of 2022.
Type 1 Diabetes
Type 1 diabetes is a chronic disease that results from the autoimmune destruction of the insulin-producing beta
cells in the pancreas. As a result, the pancreas produces little or no insulin, a hormone needed to allow sugar
(glucose) to enter cells and produce energy. T1D is the major type of diabetes in children, accounting for over 85%
of all diabetes cases in people under the age of 20 worldwide. In general, the incidence rate increases from birth
and peaks between the ages of 10–14 years during puberty. Data from large epidemiologic studies worldwide
indicate that the incidence of T1D is increasing and that the prevalence of T1D is approximately one person out of
300 in the United States by 18 years of age, with approximately 1.8 million cases diagnosed in the United States.
T1D is distinct from the more common type 2 diabetes, which occurs when the body becomes resistant to insulin,
a condition generally associated with lifestyle, with onset predominantly in adulthood.
There is no cure today for T1D, but insulin replacement therapy for life allows patients to manage the condition. Yet
even with careful management, long-term complications generally develop over decades as a result of fluctuations
in blood sugar levels. Serious long-term complications include heart disease, stroke, kidney failure, foot ulcers, and
damage to the eyes. Due to the absence of a disease modifying therapy in T1D, this could position temelimab as
a first line treatment in this indication.
In T1D, W-ENV was detected post-mortem in the pancreas over 60% of patients, was observed to cause a dose
dependent disruption of insulin production in vitro, and was demonstrated to be able to induce hyperglycemia and
hypoinsulinemia in rodents. These findings were published in 2017 in the Journal of Clinical Investigation Insights29.
By blocking pHERV-W in the pancreas of affected patients, GeNeuro hopes to slow down or stop the process of
destruction of the pancreas’ insulin-producing beta cells. Attenuating the decline in beta cell function should improve
glycemic control and reduce the risk of hyperglycemia. If the effect is profound and sustained, reduction or delay of
severe diabetic complications could be expected.
GeNeuro completed a Phase IIa clinical trial of temelimab in 64 T1D patients in Australia. The primary endpoint of
this Phase IIa trial was safety in this new patient population, but key secondary endpoints included
pharmacodynamic measures to assess the number of hypoglycemic episodes, the maintenance of insulin
production (C-peptide) and other T1D-related biomarkers such as insulin consumption, glycated hemoglobin,
glycaemia, and anti-beta cells antibodies. Results at the end of the 24-week study period, confirmed at 48 weeks
at the end of the extension period, showed a very good safety and tolerability profile of temelimab in T1D patients,
in addition to the observation of some encouraging signals, such as a 32% reduction in the total number of
hypoglycemic episodes in the treated group versus placebo (p<0.0001) or a 21% decrease of anti-insulin antibodies
in the treatment group, versus an increase of 23% in the placebo group (p<0.01). But given the low occurrence of
events in this well-controlled population and the small size of the Phase IIa cohort, these positive signals require
confirmation through investigation in larger pediatric populations with a more recent onset of disease.
CIDP
Chronic inflammatory demyelinating polyradiculoneuropathy (CIDP) is a rare autoimmune disorder of the peripheral
nervous system (“PNS”) characterized by the destruction of the fatty protective covering (myelin sheath) around
nerves due to local inflammation of the nerve roots. As transmission of nerve signals is affected, patients suffer
28 Woo et al. Frequent neurocognitive deficits after recovery from mild COVID-19. Brain Commun. 2020
29
Source: Levet S, Medina J, Joanou J et al. An ancestral retroviral protein identified as a therapeutic target in type-1 diabetes.
JCI Insight. 2017 Sep 7;2(17). pii: 94387.
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GeNeuro SA – 2021 Universal Registration Document
from weakness and impairment of motor function, particularly in the arms and legs. CIDP is related to multifocal
inflammation and demyelinating lesions of the proximal PNS. Existing CIDP therapies are intravenous human
immunoglobulins (“IVIG”), corticosteroids and plasma exchange. Long-term therapy is often limited by side effects
and one-third of patients are refractory to existing treatments. This illustrates a critical unmet medical need for new
treatments of CIDP and diagnostic biomarkers in this indication, which could position temelimab as a first line
treatment in CIDP.
In the PNS, Schwann cells play a central physiological role. Whilst they are the myelinating cells of the PNS, they
can also be activated by pathogenic agents to recruit proinflammatory immune cells. Several studies have confirmed
that W-ENV is found in half of CIDP patients and that this protein is expressed on Schwann cells in CIDP lesions30.
The effects of W-ENV expression have been studied in vitro on cultured human Schwann cells. Cells expressing
W-ENV presented a strong and significant increase in IL-6 and CXCL10 transcript levels, which are both pro-
inflammatory. In the US, based on a prevalence rate of 9 cases per 100,000, the total estimated prevalence of CIDP
in 2010 was 27,810 patients.
Temelimab has received an Orphan Drug Designation (“ODD”) from the US FDA in the treatment of CIDP, which
allows GeNeuro to consider its next steps. An ODD may enable its recipient to obtain the following advantages for
the development of the product:
−
−
−
a 50% tax credit on the cost of clinical trials undertaken in the USA;
a seven year period of marketing exclusivity following the marketing approval;
some written recommendations provided by the FDA concerning clinical and preclinical studies to be
completed in order to register the new drug;
−
a fast-track procedure for the FDA to evaluate registration files.
Inflammatory Psychosis
Inflammatory psychosis includes schizophrenia (“SCZ”) and bipolar disorder (“BD”) observed in patients presenting
an inflammatory syndrome marked with an increase in C-reactive protein31. Schizophrenic symptoms include
hallucinations, delusions, paranoïa leading to social withdrawal; BD is characterized by episodes of agitation and
elation or depression.
About 1% of the population worldwide suffers from psychotic disorders, and no curative treatments exist today:
antipsychotic drugs or mood stabilizers are symptomatic treatments but frequently these drugs do not prevent
mental handicap and social withdrawal, and have severe side effects.
W-ENV and GAG proteins are increased in the PBMC and serum of 50% to 60% of patients with SCZ and BD
correlated with an increase of C-reactive protein. HERV-W genes and proteins are expressed in the cortex of
patients with psychotic disorders32. It has also been evidenced that demyelination due to W-ENV could participate
in the neuropsychiatric dysfunction 33. HERV-W can be triggered by viruses or bacteria such as Influ-enza, Herpes
or T gondii, germs which are epidemiologically associated with SCZ.
GeNeuro has ongoing collaborations with research centers in France (Créteil and Bordeaux) on epidemiological
studies and animal models of psychotic disorders, with the objective to achieve a preclinical proof-of-concept with
a clear strategy to enter clinical trials. This has led to a translational study, published in Science Advances 34, which
found that HERV-W proteins, which have been previously found in patients with inflammatory psychosis, such as
schizophrenia and bipolar disorders, induce glutamate receptor disorganization and behavioral deficits in vitro and
in vivo. This leads to disruption of synaptic glutaminergic communication and results in the emergence of psychosis
symptoms, allowing to establish a clear link between the presence of a human endogenous retrovirus envelope
protein and corruption of nerve pathway development. This leads to disruption of synaptic glutaminergic
communication and results in the emergence of inflammatory psychosis symptoms.
ALS
The scientific corpus supporting the involvement of HERVs in poorly understood diseases is growing, and GeNeuro
is working with leading research centers in the United States and Europe to apply this technology to the treatment
of other human diseases where HERVs could also be playing a key role and which are still incurable, such as
30
Source: Faucard R, Madeira A, Gehin N et al. Human Endogenous Retrovirus and Neuroinflammation in Chronic
Inflammatory Demyelinating Polyradiculoneuropathy. EBioMedicine. 2016 Apr;6:190-198
Source: Huang et al. Human endogenous retroviral pol RNA and protein detected and identified in the blood of individuals
31
with schizophrenia. Schizophr Res. 2006
Source: Karlsson et al. Retroviral RNA identified in the cerebrospinal fluids and brains of individuals with schizophrenia.
32
Proc Natl Acad Sci U S A. 2001
Source: Qin et al. Elevation of Ser9 phosphorylation of GSK3beta is required for W-ENV-mediated BDNF signaling in human
33
U251 cells. Neurosci Lett. 2016.
Source: Science Adv. Human endogenous retroviral protein triggers deficit in glutamate synapse maturation and behaviors
34
associated to psychosis. E. M. Johansson, D. Bouchet, R. Tamouza, P. Ellul, AS. Morr, E. Avignone, R. Germi, M. Leboyer,
H. Perron, L. Groc
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GeNeuro SA – 2021 Universal Registration Document
amyotrophic lateral sclerosis (“ALS”), which is a motor neuron disease. “Sporadic” or non-inherited ALS, accounts
for roughly 90% percent of cases, and 10% of cases are due to known genetic mutations35; the sporadic form affects
approximately 10,000 new patients per year in the US and EU, with a poor prognosis of survival. For ALS, the
Company entered into a Cooperative Research And Development Agreement with the US National Institutes of
Health in February 2017 and has signed in October 2018 an exclusive worldwide license with the National Institute
of Neurological Disorders and Stroke (NINDS), part of the U.S. National Institutes of Health (NIH). The agreement
covers the development of an antibody program to block the activity of pHERV-K ENV (pathogenic envelope protein
of the HERV-K family of Human Endogenous Retroviruses), a potential key factor in the development of ALS.
In October and December 2021, GeNeuro and the NINDS presented novel pre-clinical results, at the American
Neurological Association (ANA) annual meeting, and at the “Lancet Summit: Presymptomatic Prevention and
Treatment of Neurodegenerative Diseases”, confirming in pre-clinical models of ALS the neurotoxic properties of
HERV-K ENV, a retroviral envelope protein encoded by a pathogenic member of the HERV-K family of endogenous
human retroviruses, and the therapeutic potential of GeNeuro's antibody developed to neutralize HERV-K ENV.
This joint NINDS/GeNeuro study has shown the specific and efficient inhibition of HERV-K ENV neurotoxic effects
from the extracellular medium in vitro and in vivo, using GeNeuro’s anti HERV-K K01 chimeric monoclonal antibody,
now upgraded to a humanized version called GNK301. As stated by Dr. Avindra Nath, Clinical Director at the
National Institute of Neurological Disorders and Stroke, who leads the joint NINDS/GeNeuro ALS research program,
“a new pathogenic mechanism has been unveiled and characterized, and these results open new perspectives for
a therapeutic intervention against sporadic ALS.” GeNeuro is actively discussing paths with potential partners for
the clinical development of GNK301.
Possible commercialization and marketing timelines
GeNeuro estimates that the potential sale of its lead product candidate, temelimab for MS or post-COVID, could,
considering its development schedule, the receipt of regulatory authorizations and the commercialization and
marketing of its product candidate, commence between 2025 and 2027, subject to the success of one or several
Phase III trials, the absence of any event delaying the proper conduct of the trials, and the absence of other events
that the Company is currently unable to identify or anticipate.
5.1.1 Competitive Advantages
GeNeuro’s competitive strengths are rooted in its novel approach against autoimmune and neurodegenerative
diseases, supported by strong IP and an experienced executive team with a strong track record.
•
•
Temelimab has the potential to slow down or stop the progression of the disease in several
autoimmune indications. By neutralizing W-ENV, a protein believed to be a causal factor in pathologies
such as MS, T1D and CIDP, GeNeuro could open a new avenue for safe and effective treatments addressing
the key common unmet medical need in these indications: tackling the progression of the disease. As such,
temelimab targets a huge unmet medical need and, in case of success, would have a clear differentiation
relative to and/or in combination with existing treatments.
Temelimab has demonstrated its potential to offer a therapeutic option of great value for patients
suffering from MS. No presently available treatment has yet demonstrated a major impact on the
progression of long-term disability for any form of MS. By blocking upstream a potential key factor present in
all types of MS that fuels both inflammation and neurodegeneration, temelimab may provide a safe and
effective treatment for all major forms of the disease, with the potential to reduce or stop progression towards
disability. The 96-week Phase II data showed that temelimab administration had a significant, consistent
positive impact on key neuroprotection markers known to be linked to disease progression. This is the first
time that the benefit of a treatment targeting endogenous retrovirus protein is shown in a clinical trial. In
addition, the recently announced results of the Karolinska Trial confirm the excellent safety profile and
tolerability of higher doses of temelimab administered concomitantly with a high-efficacy anti-inflammatory
drug; in addition, efficacy data, obtained in this patient group already effectively treated against inflammation,
showed that temelimab has a favorable impact on key MRI parameters measuring neurodegeneration; the
observed effect sizes in this new patient population were consistent with the ones shown in the previous
CHANGE-MS and ANGEL-MS studies. By targeting fundamental underlying mechanisms of
neurodegeneration in MS, i.e. neutralizing microglial-mediated damage, as well as restoring OPC36
remyelination capacity, temelimab may address progression independent of relapses, the critical unmet need
in in MS.
•
Recent findings on the link between W-ENV and COVID-19 open the avenue to a new potential target
for therapy. With W-ENV as a possible aggravating agent of COVID-19, temelimab, with its excellent safety
and tolerability profile, might be used as a therapeutic treatment, both to prevent immune system hyper-
35 Source : NIH Amyotrophic Lateral Sclerosis (ALS) Fact Sheet.
36 Oligodendrocyte precursor cell
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GeNeuro SA – 2021 Universal Registration Document
activation in recently infected patients, as well as to tackle severe neurological and psychiatric syndromes in
post-COVID patients. While vaccination and the early administration of neutralizing SARS-CoV-2 drugs (e.g.,
anti-spike-protein antibodies) will diminish the number of severe cases in the medium term, the world will
have to continue living with the virus and its variants over the long-term; furthermore, the very high number
of already infected patients displaying long-term symptoms, mostly neurological, represent a huge unmet
medical need. In December 2021, GeNeuro’s post-COVID initiative was one of the four projects selected by
the Swiss Federal Office of Public Health (FOPH) to receive a grant of 6.7 million Swiss francs (€6.4 million).
This grant will co-fund a Phase 2 clinical trial to treat post-COVID patients with severe neurological and
psychiatric symptoms with temelimab, GeNeuro's anti-W-ENV antibody. Large-scale academic studies
indicate that more than 10% of people infected with SARS-CoV-2 do not fully recover and/or develop new
symptoms, with a high proportion of neurological and/or psychiatric disorders. With close to 500 million
confirmed cases of COVID-19 worldwide, including more than 225 million in the US and Western Europe,
this problem is now recognized as a major public health emergency, as it is affecting millions of people.
GeNeuro is at the forefront in tackling this problem, with a Phase2 clinical trial expected to start in the summer
of 2022 subject to completion of the financing.
•
•
GeNeuro has full worldwide rights to temelimab. GeNeuro has full worldwide ownership of all rights to
temelimab and has all options open for geographic and/or indication-specific partnerships to develop its lead
compound worldwide, as a single agent for patients with progressive forms of MS, or in combination with
existing therapies for relapsing forms of the disease.
Broad and strong intellectual property supports GeNeuro’s first mover advantage in the HERV space.
GeNeuro’s leadership position in the HERV space is supported by its acknowledged expertise in the field and
a portfolio of 17 patent families that cover Europe, the United States, and other major markets. These patents
(owned or under exclusive license from bioMérieux-Inserm, or with the NIH for HERV-K) cover antibodies
targeting W-ENV in the treatment of a wide range of therapeutic indications including MS, CIDP and T1D and
targeting pHERV-K ENV in the treatment of ALS. GeNeuro believes that the scope and quality of its patent
portfolio give it a strong competitive position in the area of W-ENV and contribute to protecting GeNeuro’s
first-mover advantage as a leader in HERV-mediated diseases.
•
GeNeuro has an experienced and highly synergistic management team assisted by internationally renowned
scientific and medical advisors. GeNeuro has assembled a talented team of professionals with
complementary skills who have demonstrated during the last ten years their ability to move research from
the laboratory to the clinic. The Company’s management is supported by a team of internationally renowned
experts who assist on scientific and strategic matters. As key opinion leaders (“KOLs”) in their respective
fields, they help to promote temelimab in the scientific, medical, and patient communities.
5.1.2 Company Strategy and Objectives
GeNeuro’s strategy is to continue the development of temelimab to make it available as soon as possible to patients
affected with MS, to initiate clinical trials in post-COVID-19, subject to funding, and to continue the pre-clinical
development of its anti-HERV-K antibody in ALS to reach an IND and then launch a clinical trial in this orphan
indication.
In MS, GeNeuro’s assessment of the 96-week results of its MS trials, in discussions with potential partners and key
medical opinion leaders, made clear that the impact of temelimab on MRI markers associated with disease
progression indicates a very high potential against the key unmet medical need in MS: curbing the progression of
disability. GeNeuro has therefore decided to focus on neurodegeneration and disease progression, which could be
either as a monotherapy for “non-active” progressive patients, or as an adjunctive therapy for remitting patients in
combination with existing immunomodulatory drugs addressing neuroinflammation, such paths being non-
exclusive. The top-line results of the Karolinska Trial, unveiled on March 21, 2022, have confirmed the safety of
higher doses of temelimab and its synergistic potential to address neurodegeneration on top of anti-inflammatory
treatment in multiple sclerosis, with efficacy data, obtained in patients already effectively treated against
inflammation, showing that temelimab has
a favorable impact on key MRI parameters measuring
neurodegeneration.
Given the high costs of the international clinical trials necessary to confirm efficacy and register a product in MS
with both the FDA and the EMA, which the Company estimates to exceed €100 million, continued development in
MS requires a partnership and, following the results from the ProTEct-MS trial, the Company has reactivated
partnership discussions for the MS indication.
Key elements of the Company’s strategy include:
•
Continue the development of temelimab in MS. On March 21, 2022, GeNeuro announced the top-line
results from the Karolinska Trial, which confirmed the 2-year results of its Phase IIb CHANGE-MS and
ANGEL-MS clinical trials. This study, performed at the Karolinska Institutet’s Academic Specialist Center in
Stockholm under the leadership of Prof. Fredrik Piehl, enrolled 41 Multiple Sclerosis (MS) patients treated
with rituximab and in whom disability was worsening in the absence of relapses. The primary outcome of the
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GeNeuro SA – 2021 Universal Registration Document
study was a safety evaluation. The drug was well tolerated with no treatment related discontinuations, no
serious or severe treatment emergent adverse events, and no differences in overall clinical or laboratory
safety findings. Efficacy data (secondary & exploratory measures) demonstrated that temelimab, which had
been used as a monotherapy in previous trials, showed beneficial trends on key parameters of
neurodegeneration measured by MRI. These benefits were seen in a patient population that was already
treated for at least one year with rituximab, a highly effective anti-neuroinflammatory medication. The analysis
of the data will also allow GeNeuro to determine the optimal fixed dose for future temelimab trials in MS. By
targeting fundamental underlying mechanisms of neurodegeneration in MS, i.e. neutralizing microglial-
mediated damage, as well as restoring OPC remyelination capacity, temelimab may address progression
independent of relapses, the critical unmet need in in MS. GeNeuro will now resume discussions with
regulatory authorities and with potential partners to define the best development path combining temelimab
and anti-inflammatory treatments to treat relapses and disability progression, the key unmet medical need in
MS.
•
Initiate clinical trials with temelimab in post-COVID-19. Recent findings published in the Lancet’s
EBioMedicine have shown the presence of W-ENV on lymphocytes of hospitalized patients with COVID-19
and the correlation of the level of expression with disease severity; furthermore, recent data showed that
SARS-CoV-2 is able to induce in vitro W-ENV expression in human blood cells of approximately 20% of
healthy volunteers. The known pro-inflammatory properties of W-ENV are thought to act as an “accelerant”
of the activation of the innate immune system, fueling the severity of COVID-19 evolution and impacting long
term recovery. In December 2021, GeNeuro’s post-COVID initiative was one of the four projects selected by
the Swiss Federal Office of Public Health (FOPH) to receive a grant of 6.7 million Swiss francs (€6.4 million).
This grant will co-fund a Phase 2 clinical trial to treat post-COVID patients with severe neurological and
psychiatric symptoms with temelimab, GeNeuro's anti-W-ENV antibody. Pursuant to the terms of the grant
GeNeuro is required to match the amount granted by the FOPH to finance the clinical trial. Large-scale
academic studies indicate that more than 10% of people infected with SARS-CoV-2 do not fully recover
and/or develop new symptoms, with a high proportion of neurological and/or psychiatric disorders. With close
to 500 million confirmed cases of COVID-19 worldwide, including more than 225 million in the US and
Western Europe, this problem is now recognized as a major public health emergency, as it is affecting millions
of people. GeNeuro is at the forefront in tackling this problem, with a Phase 2 clinical trial expected to start
in the summer of 2022 subject to completion of the financing.
•
Advance new products into clinical trials. The preclinical developments in ALS, conducted in partnership
with the NIH, and in Inflammatory Psychosis, conducted in partnership with French academic research
centers, have yielded positive results that are expected to validate the approach for new products with a clear
clinical strategy. Following the signing in October 2018 of an exclusive worldwide license with the U.S. NIH,
which covers the development of an antibody program to block the activity of HERV-K ENV (pathogenic
envelope protein of the HERV-K family of Human Endogenous Retroviruses), a potential key factor in the
development of ALS, GeNeuro has initiated a preclinical development program for its HERV-K ENV antibody.
In December 2021, GeNeuro and the NINDS presented the results of their joint study, which shows a highly
convincing preclinical proof-of-concept using GeNeuro’s anti HERV-K GNK-01 chimeric monoclonal antibody
(now upgraded to a humanized form, GNK301). A new pathogenic mechanism has been unveiled and
characterized, and these results open new perspectives for a biomarker-based therapeutic intervention
against sporadic ALS, which represents most cases of this devastating disease affecting 10,000 new patients
per year in the US and EU, with a poor prognosis of survival. GeNeuro is actively discussing paths with
potential partners for the clinical development of GNK301. Subject to funding, the pre-clinical program,
leading to an IND, could be finalized within 12 months after funding.
•
Postpone the development of temelimab in T1D. The full 12-month results of the Phase IIa trial were
presented in May 2019; based on these results and having achieved the safety primary endpoint of this study,
the Company is considering to engage with regulatory authorities to define the best way to bring forward a
treatment that could be the first disease-modifying therapy in T1D. However, given that temelimab might be
developed in two significantly different indications, T1D and MS, and given the current state of partnership
discussions about temelimab in MS, the Company is not currently planning a study in T1D in the near term.
•
•
Postpone temelimab development in CIDP. The Orphan Drug Designation granted by the US Food and
Drug Administration in February 2018 is expected to facilitate interactions with the authorities to design a
proof-of-concept study in this rare indication. However, given the difficulty of recruiting patients affected by
this rare disease, the Company is not planning a study in CIDP in the near term.
Leverage the Company’s HERV platform to develop other product candidates. An increasing body of
scientific literature suggests that different HERV families, such as HERV-W and HERV-K, may be involved
in a variety of pathologies, as confirmed by the recent findings on COVID-19. GeNeuro will continue to
proactively engage with leading academic teams worldwide to translate their discoveries into new treatments
to serve very large unmet medical needs or to identify indications where temelimab and/or GNK301 might
become a possible therapeutic approach.
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GeNeuro SA – 2021 Universal Registration Document
5.1.3 A Novel Approach To Human Endogenous Retroviruses
When GeNeuro was formed in 2006, the idea that the non-coding part of human DNA (“junk” DNA) could express
proteins was not broadly accepted by the scientific community. It was thought that junk DNA had no significance,
and even today the majority of studies involving DNA focus on “coding” genes. It is now commonly accepted that
the mobile genetic elements of junk DNA play a significant role in the evolution of the genome during a lifetime and
have become a suspect in the development of numerous unexplained pathologies, such as cancer and autoimmune
disorders.
HERVs are part of this family of mobile genetic elements and represent 8% of human DNA. HERV DNA sequences
are probably the result of the integration of exogenous retroviruses into the genome and their transmission by the
human germline during evolution. It is now understood that these genetic sequences have physiological and
pathological effects. Although most HERV sequences do not code for functional proteins, the human genome does
contain HERV sequences that have the potential to create functional proteins37.
GeNeuro has taken advantage of the pioneering work of Dr. Hervé Perron, its founder and present Chief Scientific
Officer, in the area of HERVs to develop the first drug against W-ENV (initially called MSRV env), a HERV protein
that appears to be strongly expressed in organs only in pathological conditions. GeNeuro was formed in 2006 on
the basis of work done during 15 years at INSERM and Institut Mérieux on MSRV env, which is an envelope protein
of a human endogenous retrovirus of the HERV-W family and which has been identified as a potential cause of MS.
5.2 W-ENV in MS
5.2.1 What is Multiple Sclerosis?
MS is a degenerative, inflammatory and chronic disease that affects the central nervous system, consisting of the
brain and spinal cord. It generally first manifests itself in patients who are between 20 and 40 years of age. It is
considered to be an autoimmune disease: persons suffering from MS have a disorder of the body’s defense system.
The immune system attacks the myelin sheath that protects nerve fibers and facilitates the transmission of nerve
signals. The disorder causes complex autoimmune mechanisms to occur, the operation of which is still poorly
understood, which attack cells responsible for creating the myelin sheath that protects the central nervous system.
Thus, with MS, the myelin sheath does not facilitate the rapid transmission of nerve signals, which are slowed or
even stopped: this situation is called demyelination.
Figure 3: Process of demyelination / remyelination
In 85% of cases, the disease takes the form of an initial phase of outbursts of inflammation that cause demyelination
and provoke the appearance of various symptoms: motor problems tied to muscular weakness, sensitivity problems,
cognitive problems, visual symptoms, or equilibrium problems. These various clinical signs may occur within hours
or over a few days and disappear totally or partially in a few weeks as a result of neuronal function restoration. This
biphasic disease course marked by alternating episodes of neurological disability and recovery is designated as
relapsing remitting (the relapsing remitting form of MS or “RRMS”).
After a few years, approximately 8 patients out of 10 diagnosed with RRMS see their condition evolve toward a
secondary progressive form (“SPMS”). Isolated outbursts then occur, as with RRMS, but they are not followed
by new remissions. In the first few years of this process, many patients continue to experience relapses, a phase
of the disease described as active SPMS, which is one of the relapsing forms of MS. Later, many patients with
SPMS stop experiencing new relapses, but disability continues to progress, a phase called non-active SPMS38.
37
Source: “HERVs, the Enemy within”, Nature Medicine, 2010, 15,415-422, Engel and Hiebert.
38
40
GeNeuro SA – 2021 Universal Registration Document
In approximately 10% of cases, the initial phase of outbursts and remissions does not exist, and symptoms worsen
linearly from the onset of the disease. This clinical form of MS is called the primary progressive form of MS
(“PPMS”).
For 5% of patients, MS is benign.
Figure 4: Clinical forms of MS39
(i)
Origin and Prevalence of the Disease
The exact origin of MS is still uncertain, despite significant research efforts for 20 years. Certain researchers assume
that a combination of various infectious genetic or environmental factors could be the cause of MS. Some research
suggests that a genetic predisposition could cause MS (more than 20 genes potentially involved have been
identified in recent years). This would explain a more marked prevalence of the disease in European populations
compared to Asia or Africa. Likewise, the risk of developing the disease for a first-degree relative of a MS patient is
approximately 1.5% to 2.6%, whereas it is only 0.03% in the general population.40
Along with this genetic vulnerability, some environmental and infectious factors could influence the development of
the disease. Even if it has not been possible to show a direct causal link between infection and MS, infectious
factors such as the herpes virus family, including the Epstein Barr virus, which have a strong tropism for the brain,
have been the subject of much research because of the frequent detection of them in patients suffering from MS.41
These viruses of the herpes family have become the focus of attention of several epidemiological studies and, in
particular, by observation of the occurrence of a high number of cases of MS in the Shetland Islands and Sardinia
beginning in the second half of the twentieth century, when these populations are thought to have been exposed to
viruses of the herpes family for the first time.42
It has also been observed recently that such viruses, particularly the Epstein Barr virus,43 may activate endogenous
retrovirus genes and trigger a process of expression of endogenous retrovirus proteins.44 Endogenous retroviruses,
therefore, could be the missing link between infectious factors and the onset of MS.
The prevalence of the disease differs rather significantly depending on geographic area:
•
•
•
High prevalence zones (greater than 100 per 100,000)45: Canada, the United States, Scandinavia, Scotland,
and northern Europe
Average prevalence zones (approximately (approximately 50 to 100 per 100,000): Russia, France, central
Europe, and the south Pacific
Low prevalence zones (less than 20 per 100,000): southern Mediterranean, South America, and Asia.
39
Source: Figure taken from Sadiq S, Multiple Sclerosis, in Merrit’s Neurology by Louis ED, Mayer SA, Rowland SP, Wolters
Kluwer ed. 2015.
Source: Sadiq, Multiple Sclerosis, in Merrit’s Neurology by Louis ED, Mayer SA, Rowland SP, Wolters Kluwer ed. 2015.
Source: Belbasis L, Bellou V, Evangelou E, Ioannidis JP, Tzoulaki I. “Environmental risk factors and multiple sclerosis: an
umbrella review of systematic reviews and meta-analyses”. Lancet Neurol. 2015 Mar;14(3):263-73. doi: 10.1016/S1474-
4422(14)70267-4.
40
41
42
43
Source: Sadiq 2015 ibid.
Source: Mameli G, Madeddu G., Mei A, Uleri E, Poddighe L, Delogu LG, Maida I, Babudieri S, Serra C, Manetti R, Mura
MS, Dolei A.: Activation of MSRV-type endogenous retroviruses during infectious mononucleosis and Epstein-Barr virus
latency: the missing link with multiple sclerosis? PLoS One. 2013 Nov. 13; 8(11):e78474. doi: 10.1371.
Source: Mameli et al., 2013 ibid.
44
45
Source: Atlas of MS 2013.
41
GeNeuro SA – 2021 Universal Registration Document
Causal factors such as passive exposure to tobacco during childhood or certain nutritional deficiencies are also
suspected.
It is estimated that the number of patients in the world suffering from MS is approximately 2.5-3.0 million46 with an
average occurrence of one person out of 1,000 in Western countries. In the United States, a recently completed
prevalence study, funded by the National MS Society, has estimated that nearly 1 million people over the age of 18
live with a diagnosis of MS47. MS mainly affects young adults and, more generally, women (in a ratio of two women
for every one man affected with RRMS), and is the primary cause of non-traumatic severe handicap among 30-
year-olds. The average age for the onset of symptoms is 30, and the first symptoms appear seven out of 10 times
between the ages of 20 and 40 years.
It is believed that the progression of MS is fueled by a neuroinflammatory and a neurodegenerative process. During
the Remitting phase of the disease, relapses are caused by inflammation in clinically-relevant areas of the brain,
which remit partially or in full with the resolution of the inflammatory episode. In parallel, there is a neurodegenerative
process from the start of the disease, characterized by axonal loss and brain atrophy, which drives the long term
evolution of disability. The neurodegenerative process becomes paramount during the progressive phases of the
disease, where MS patients suffer from the progression of their disability with very limited contribution from
inflammatory episodes.
(ii)
Present Treatments for MS
There is presently no treatment capable of curing MS or preventing its progression to disability in patients, but the
treatments approved for this indication can treat symptoms and improve the quality of life. There are two major
categories of approved medications, but there is no approved therapy targeting the neurodegenerative process of
MS:
Disease Modifying Treatments (“DMTs”) for MS mainly focus on the Remitting phase of the disease and belong
to two therapeutic classes: the immunomodulators and the immunosuppressors, these two classes differentiating
themselves by their risk-benefit profile.48 The immuno-modulative and immunosuppressant treatments reduce
inflammation by their action on immune system cells and have a role in the prevention of attacks in recurring-
remitting forms. On the other hand, their long-term effect on neuro-degeneration, i.e., the progressive destruction
of neurons, the dominant phenomenon of the progressive form of MS, has not been shown. As for the primary or
secondary49 progressive forms of the disease, only ocrelizumab has received, in March 2017, the FDA approval for
the primary progressive form of MS, as well as for remitting relapsing forms of MS, followed by the approval in
Europe in January 2018. Treatments for the relapsing-remitting forms of MS accounted for approximately
USD 21 billion in sales in 2021, down from USD 22 billion in 2020.
Symptomatic treatments, which reduce the intensity of MS’s symptoms, include: corticosteroids, like methyl
prednisone, for example, which are used to attenuate symptoms in connection with an MS attack; baclofen or
dantrolene or cannabinoids, which are used against spasticity; or fampridine, which is used to improve walking
speed. These treatments are often given in addition to basic treatments, in a transitory or long-term manner. They
have no proven impact, however, on the evolution of the disease.
Neuroprotective treatments, trying to address the neurodegenerative component of MS, are the frontier in the
development of new therapies as they target the key unmet medical need in this disease: slowing down or stopping
the progression of disability. There are a few treatments currently in clinical development, including temelimab, but
none has been yet approved.
46
Source: US National MS Society
Source: Curtin and Hartung, Expert Rev Clin Pharmacol. 2014 Jan;7(1):91-104.
It should be noted that even though some treatments (beta-interferon) are registered for the treatment of RRMS, they are
47
48
49
sometimes used to treat MS patients transitioning into SPMS, but who continue to have relapses; those treatments are only
administrated on a transitional basis. Furthermore, the Mitoxantrone (Novantrone®) treatment, used in oncology (cytotoxic
chemotherapy) for years, is prescribed for some SPMS patients showing severe progression between relapses, but only
over a short period of a few months and with a defined maximum dose, considering its severe side effects (particularly with
the increased risk of a subsequent occurrence of chronic lymphocytic leukemia and cardiac damage).
42
GeNeuro SA – 2021 Universal Registration Document
Presently available anti-inflammatory DMTs
Table 1: main treatments in the MS indication50 - 2021
Self injectable (ABCRs)
Oral and intravenous
Sales Date of launch in
Sales Date of launch
(in USD million)
Europe
(in USD million)
2 063
2 787
2 312
2 362
97
in Europe
2006
2011
2013
2014
2013
2017
2017
2019
2021
2021
Name
Name
Betaferon
Avonex / Plegridy
Rebif
399
1995
Tysabri
1,566
1997 / 2014
Gilenya
Aubagio
Tecfidera
Lemtrada
Ocrevus
Mavenclad
Mayzent
Kesimpta
Zeposia
1,126
1,005
1998
2000
Copaxone
(excl. Generics)
2016
5 465
820
281
372
48
Total:
4,096
Total:
16 607
Neuroprotective «Add-ons»
Sales Date of launch in
(in USD million)
Europe
Name
Ampyra
Fampyra
Total:
85
105
190
n.a.
2011
GLOBAL TOTAL
20 892
The medications that have the least effect on the number of flare-ups, the self-injectables, (Avonex©, Betaferon©,
Copaxone©, and Rebif© — the so-called “ABCRs”) were introduced more than 15 years ago. Whilst still fairly widely
prescribed by neurologists, they are losing ground rapidly, with 20% of sales in 2021 compared to 50% in 2015.
Such products are immunomodulators, considered to be first-line treatments that change the inflammatory
response, but which do not appear to reduce the immune response strongly and, therefore, have shown to have
little impact on the patient’s resistance to infections or cancers. The efficacy on the frequency of attacks is moderate,
but the adverse effects profile is relatively favorable for this category of treatment.
Oral and intravenous medications that arrived more recently on the market (for example, Tysabri© in 2006, Gilenya©
in 2011, Tecfidera© in 2014, Ocrevus in 2017, Mavenclad and Mayzent in 2019, Kesimpta in 2020 in the USA)
appear to offer more effective results for the management of flare-ups, but their stronger effect on the immune
system also involves potentially larger issues with side effects, by reducing a patient’s defenses against
opportunistic infections that can become serious and may also be associated with an increased risk of cancer.
Finally, while some of these treatments have shown a delay in the risk of disability progression during clinical trials,
these results appear to be driven by inflammation and none of these DMTs appears to diminish in a determining
manner the long-term progression of the disease towards disability. The total number of attacks does not seem to
influence the moment of evolution to the secondary progressive phase in patients or the accumulation of disabilities
over the long term.51
Concerning the treatment of progressive forms of MS, to date only one anti-inflammatory DMT (ocrelizumab) has
been approved for the primary progressive form of MS. New treatments recently approved, such as cladribine
(Mavenclad) in 2017, siponimod (Mayzent) in 2019, ponesimod (Ponvory), ofatumumab (Kesimpta) or ozanimod
(Zeposia) in 2020 are approved for patients with active secondary progressive MS, which the FDA considers to be
one of the relapsing forms of MS52. The mechanism of action of these products is based on immunosuppression,
and the publication of their clinical trial results53 has shown that their effectiveness is driven by the level of
inflammatory activity of the patient.
GeNeuro’s management believes that these new products, while highly effective at reducing inflammation and the
damage it creates, should not radically change the paradigm of MS treatment as they work exclusively through the
50
Source : companies’ 2021 annual reports.
Source: Scalfari JAMA Neurol. 2013 Feb;70(2):214-22: study on 730 patients followed over a period of 28 years.
Source: Mulero et al., Ther Adv Neurol Disord. 2018 May 10.; Montalban et al., N Engl J Med 2017; Dumitrescu et al., Expert
51
52
53
Opin Pharmacother. 2019 Feb
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GeNeuro SA – 2021 Universal Registration Document
inflammatory component of the disease. GeNeuro’s lead candidate temelimab is not positioned as a competitor in
this category of products, as it targets the neurodegenerative process that may be the key driver of disease
progression.
New therapies targeting neurodegeneration
Treatment of neurodegeneration, particularly in progressive forms of MS, remains a very significant unmet medical
need. In progressive forms of the disease, the inflammatory component seems to play a less significant part than
in RRMS, as illustrated by the fact the recent immunomodulators such as ocrelizumab or siponimod have shown
statistically significant results in progressive MS patients only in patient subgroups with an active inflammation54,
and thus appear to be beneficial only to patient subgroups which have some brain inflammatory activity. New
approaches outside the known paths of immunosuppression and seeking to enhance remyelination, such as those
represented by GeNeuro’s temelimab will probably be necessary in order to provide new therapeutic solutions that
specifically target the neurodegenerative component of the disease. Other efforts in this area include:
•
Ibudilast, an anti-inflammatory drug, approved in Japan for asthma since 1989, is being developed by
MediciNova for several neurodegenerative indications, including progressive forms of MS. Its proposed mode
of action is through the inhibition of macrophage migration, decrease of TNFα, enhancing survival and
maturation of oligodendrocytes. In the latest MS trial results presented at MSParis2017, the SPRINT-MS
Phase IIb study recruited a total of 255 patients and showed that treatment with up to 100 mg/day led to a
reduction in whole-brain atrophy of approximately 2.5 ml by 96 weeks, the primary endpoint. To our
knowledge, further studies in MS have not yet been initiated.
•
Masitinib, an orally administered tyrosine kinase inhibitor, is developed by AB Science for RRMS and
progressive forms of MS and a number of other neurological, oncology and inflammatory diseases
indications. In 2011, AB Science initiated a study enrolling primary progressive and non-active secondary
progressive MS, testing masitinib 4.5mg/kg/day and 6mg/kg/day vs placebo. In February 2020, AB Science
announced the results of this study, which showed that masitinib 4.5mg/kg/day versus placebo induced less
progression in a statistically significant way on the primary endpoint which was a non-classical EDSS
measure. The results were negative when comparing the highest dose of masitinib at 6 mg/kg/day vs placebo.
In January 2022, AB Science announced it had been authorized by the French Medicine Agency to initiate a
Phase III study evaluating masitinib in patients with Primary Progressive Multiple Sclerosis (PPMS) or non-
active Secondary Progressive Multiple Sclerosis (nSPMS).
With highly efficient anti-inflammatory drugs on the market, treating the neurodegenerative component of MS to
slow down or hopefully be able to stop disease progression is the key unmet medical need in MS.
5.2.2 Pre-clinical research in Multiple Sclerosis
i)
W-ENV is Found in All Active MS Brain Lesions
W-ENV was first isolated on the surface of leptomeningeal cells and macrophages from MS patients55. Immuno-
histological and immuno-histochemical studies have since repeatedly shown that W-ENV is found in 100% of the
plaques of MS patients analyzed to date56, in all forms of MS, from the earliest to the latest stages of disease. These
studies have also shown that there is a correlation between the level of expression of the protein and the intensity
of the lesion.
The illustration below shows how W-ENV is present in the initial stage of a newly formed lesion. In Figure 5, the
onset of demyelination may be observed by pallor in the enveloping cerebral tissue colored in brown, a phenomenon
associated with the strong expression of W-ENV positive macrophages, as shown in Figure 6.
Figure 5: Zone of Demyelination
Figure 6: Macrophages Expressing W-ENV
54
Source: FDA approval on siponimod: “In the subgroup of patients with non-active SPMS, the results were not statistically
significant”
Source: Perron, et al., Lancet 1991.
Sources: Anthony et al. 2004; Garson et al., 2005; Mameli et al., 2007; Perron et al., 2012.
55
56
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The illustration below shows W-ENV positive microglial/monocytic cells in MS lesions:
Figure 7: W-ENV positive microglial/monocytic cells in MS lesions
ii)
A Strong Epidemiological Association Between HERV and MS also in the Periphery (blood and
cerebrospinal fluid)
Presence of W-ENV in cerebrospinal fluid
An observational study of a cohort of 26 MS patients followed for 10 years has shown that the presence of W-ENV
(previously known as “MSRV”) in the cerebrospinal fluid (“CSF”) of early MS patients is associated with a significant
increase in both the disability level of the W-ENV positive patients (see the differences in the EDSS score in the
figure below) and the incidence of progression of the disease into the secondary progressive form of MS after 10
years, as presented in Figure 8 and Table 2 below.
Figure 8: EDSS scores at study entry
and after 10 years
Table 2: Conversion to SPMS according
to W-ENV (“MSRV”) status by MSRV status57
After 10 years
MSRV+
n=18
6.2
MSRV-
n=8
3.3
mean EDSS score
p<0.004
rate of conversion into the 8/18 (44%)
secondary progressive
0/8 (0%)
p<0.0001
phase of the disease
EDSS: Expanded Disability Status Scale
iii)
W-ENV fuels two key components of disease progression in MS
Pre-clinical studies using isolated cells have shown that W-ENV has a dual mode of action which is relevant to the
two main drivers of disease progression in MS: the activation of microglial cells into aggressive phenotypes causing
direct damage to brain tissue, and the inhibition of the maturation of oligodendrocyte precursor cells (OPC), which
are responsible for myelin repair and are known to be impaired in MS patients. Although it was originally thought
that stopping the activation of microglial cells (the resident innate immune system cells in the brain) would have an
57
Source: Sotgiu et al., 2010 ibid.
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indirect effect on adaptive immunity (the inflammatory activity of B and T cells), temelimab clinical results have now
demonstrated that this effect is in fact modest.
Stopping W-ENV mediated activation of microglia and allowing OPC maturation through temelimab should
potentially reduce direct damage to brain tissue and improve the myelin repair system, which is fully in line with the
clinical results observed in CHANGE-MS and ANGEL-MS in reducing MRI markers associated with disease
progression (see below under 5.2.4.4.2 and 5.2.4.5.1).
Figure 9 : mode of action of W-ENV
Activation of microglial cells via an interaction with the TLR4 receptor
Recent studies58 have shown that W-ENV appears to be a major factor fueling microglial cell mediated
neurodegeneration in MS, which is considered as a major engine of disease progression in MS:
in vitro, W-ENV interaction with microglia activates those cells which become an aggressive phenotype, leading to
axonal injury due to increased TNF. This was confirmed by the release of axonal neurofilament light chain (NFL)
and of synaptophysin (SYP).
58
Source: Kremer et al., Ann Neurol 2013; Kremer, Gruchot et al. PNAS May 2019
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Activated microglia are directed towards myelinated axons, as observed in neuron / oligodendrocyte / microglia co-
cultures, where W-ENV induces microglia to associate themselves with axonal structures.
Finally, the stimulation of microglia with W-ENV leads to significant decrease of regenerative genes transcription
(IGF-1, CSF-1, FGF-2) in these cells.
s.
Neurodegenerative action, inhibiting the normal myelin repair process
Recent studies59 have shown in vitro a neurodegenerative action of W-ENV by inhibiting the normal myelin repair
process of the brain. In the presence of W-ENV, oligodendrocyte precursor cells (“OPCs”), which migrate to the
myelin lesions and are essential for repairing the damage caused by MS, cannot differentiate into mature
oligodendrocytes capable of producing myelin. OPCs express TLR4 receptors, and the interaction with W-ENV
induces the production of nitric oxide radicals (NO stress) and a decreased expression of myelin maturation
markers.
Figure 10: In vitro inhibition of myelin synthesis detected by CNPase and MBP
in the presence of W-ENV (Env) compared to a control60
The neurodegenerative effects of W-ENV in vitro provide a possible explanation of mechanisms driving MS disease
progression. These effects are replicated in the animal models discussed below.
59
Source: Kremer et al., Ann Neurol 2013.
Source: Kremer et al., 2013 ibid.
60
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iv)
W-ENV Leads to a Form of MS in Animals
MS is described as a chronic and degenerative inflammatory disease of the central nervous system. From a
pathological point of view, MS is characterized by the infiltration of auto-reactive T-cells and macrophages into the
central nervous system, ultimately leading to demyelination and axonal loss. In this process, dysregulation of the
innate immune system is regarded as one of the triggering or exacerbating co-factors in MS.61 MSRV particles elicit
strong inflammatory responses in mice62 by activating TLR4 and its mediated inflammatory mechanisms.63
The reference animal model in MS is the experimental autoimmune encephalomyelitis (“EAE”) model. Many of the
MS drugs that are in current use or under development have been developed, tested, or validated on the basis of
EAE studies, but in order to induce autoimmunity, the classical EAE model uses Complete Freund’s Adjuvant
(“CFA”), consisting of inactivated and dried mycobacteria (usually M. tuberculosis).
GeNeuro has developed and published an EAE-like animal model,64 where mycobacteria are replaced by W-ENV,
the protein found in patients. In this animal model, W-ENV induces autoimmunity, neuro-inflammation and
demyelination, as well as the loss of mobility, thus recapitulating the human disease using the relevant factor found
in patients.
Figure 11: EAE model of dose-dependent induction of disability with W-ENV65
Note: CFA is the Complete Freund’s Adjuvant; IFA is the Incomplete Freund’s Adjuvant (without the mycobacteria,
used as a control); Env is the W-ENV protein.66
v)
Conclusion
In conclusion, the amount of preclinical evidence developed by GeNeuro and third parties provides a very strong
link between W-ENV and MS. The presence of W-ENV plaques in MS lesions, the well characterized
neurodegenerative mode of action, and the induction of MS-like symptoms by W-ENV in animal models, strongly
suggest a causal link between this protein and MS. This opens the field for potentially treating MS through the
neutralization of a causal factor of the disease, which could address the key unmet medical need of reducing the
progression of the disease.
5.2.3 Temelimab Product Characteristics And Preclinical Results
5.2.3.1 Temelimab: A High Performance Humanized Monoclonal Antibody
The selection of the humanized monoclonal antibody (“mAb”) temelimab from among a panel of molecule
candidates was based on quality criteria.
61
Source: Weiner, Ann Neurol. 2009 Mar;65(3):239-48.
Source: Firouzi et al., J Neurovirol. 2003 Feb;9(1):79-93.
Sources: Perron et al., Virology. 2001 Sep 1;287(2):321-32; Rolland et al., 2006 ibid.
Source: Perron et al., 2013 ibid.
62
63
64
65
Source: Perron et al., 2013 ibid.
66 Source: Perron et al., PlosOne 2013.
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Figure 12: An IgG4 monoclonal antibody similar to temelimab
The parent W-ENV-specific agonist mAb mu-temelimab (a type IgG1/kappa immunoglobulin) was obtained by
immunizing mice with recombinant W-ENV protein. The precursor of the lead product, mu-temelimab, was selected
based on its ability to neutralize the induction of pro-inflammatory cytokines by W-ENV in peripheral mononuclear
blood cell (“PMBC”) cultures and on its high binding capacity with the target.
Figure 13: Illustration of the binding activity of the mAb candidates towards W-ENV transmembrane (A) and
surface (B) antigens67
Before the final humanization step, interim forms were produced that consisted of a chimeric IgG1 immunoglobulin
(ch-temelimab-IgG1) and a chimeric IgG4 immunoglobulin (ch-temelimab-IgG4). Finally, a humanized version of
the antibody, temelimab, which fully retains the binding properties of the parent murine form, was developed via an
in silico design based on the amino acid sequence of the murine parental antibody. Temelimab is a full-length
antibody of the IgG4/kappa subclass.
A site-directed mutagenesis was also performed to increase the stability of the IgG4. Temelimab has a molecular
weight of approximately 147 kDa and is linked with W-ENV with an affinity (KD) of 2.2 nM. The stability of the
product has been estimated as of the date hereof at 36 months.
5.2.3.2 Manufacturing a Product with High Yield
GeNeuro’s current stock of temelimab was manufactured by the Austrian company Polymun pursuant to a contract
development and manufacturing agreement dated December 1, 2012, between GeNeuro and Polymun.
Pursuant to successive amendments to the contract, Polymun has produced additional batches of temelimab for
use in Phase II trials. Under the contract, GeNeuro owns all improvements concerning the manufacturing of
temelimab developed during the execution of the agreement while Polymun retains the right to use any
improvements to manufacture other proteins. This Polymun contract also allows GeNeuro to purchase the
manufacturing process and to transfer the technology to third parties, as needed.
Polymun developed both cell culture and downstream purification processes suitable for the manufacture of the
antibody under GMP conditions at clinical-grade quality. The production and purification of temelimab were
performed using established production protocols for a monoclonal antibody.
A master cell bank (“MCB”) was established and tested for sterility, identity, the absence of adventitious agents,
and stability. All of GeNeuro’s specifications were met following qualification analyses. The MCB cell line was,
therefore, considered suitable for the generation of a working cell bank suitable for the large-scale production of
temelimab.
67 Source: Curtin et al., MABS 2015,7, 265-275.
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GeNeuro SA – 2021 Universal Registration Document
A fermentation process was developed by Polymun, with a view to obtaining a stable process with high product
yield. This process can be used for large-scale production and establishing a robust and high-yielding purification
process. Two manufacturing runs were performed in Polymun’s former facility. The original process was
subsequently modified when Polymun relocated to a new facility. The modified process was developed by Cellca
GmbH (“Cellca”) pursuant to a service and license agreement that grants to GeNeuro a worldwide, perpetual, non-
exclusive and non-transferable right to use a new production cell line developed by Cellca and related intellectual
property for the development, manufacture and, commercialization of temelimab The current process for the
manufacture of temelimab is based on the cell line developed by Cellca and includes a fermentation process
optimized for this new cell line, resulting in shorter process times and higher productivity compared to the prior
process. An additional purification step is also included in the downstream sequence. Extensive testing of the drug
products produced by the former and current manufacturing processes has shown the products to be equivalent.
5.2.3.3 Temelimab is a Highly Specific and Effective Antibody in Preclinical Models of MS
An assessment of the therapeutic efficacy of temelimab in W-ENV-induced EAE was conducted. The efficacy of
intermediate constructs created during the mAb humanization process was assessed and the efficacy of IgG4
versus IgG1 was compared. As shown in the figure below, mice treated with temelimab mAbs survived and showed
improved clinical scores. The efficacy of the temelimab-IgG4 antibody was similar to that of the temelimab-IgG1
antibody, suggesting that the IgG1 effector function is not necessary for therapeutic efficacy. The IgG4 molecule,
therefore, was selected for humanization.
Figure 14: Efficacy of the temelimab constructs in MS animal models68
The efficacy of temelimab was also assessed in an in vitro model of neurodegeneration that showed the molecule
is capable of decreasing the toxic neurodegenerative effect of HERV-Env on oligodendrocytes.69 This outcome
supports the use of temelimab as a treatment for the neurodegenerative component of MS, in particular in
progressive forms of MS.
The in vitro effect of temelimab on OPCs was tested. It was shown that temelimab significantly diminishes the
induction of nitrosative stress due to MSRV-Env in OPCs, and allowed the expression of myelin proteins by
differentiated OPCs, which are reduced by W-ENV, to be rescued. This additional effect on glial cell pathology
therefore indicates that temelimab can provide a protective effect on OPCs and this suggests a potential to prevent
the defect in remyelination associated with MS lesions. In this experiment, temelimab also decreases
proinflammatory cytokines, notably TNFα, which is known to induce myelin and oligodendroglial damages. These
findings indicate that temelimab can display a double therapeutic effect, protecting OPC differentiation capacity and
inhibiting the proinflammatory signaling cascades induced by W-ENV in the CNS70.
68
Source: Curtin et al., MABS 2015,7, 265-275.
Source: Kremer et al., Mult Scler. 2015 Aug;21(9):1200-3.
Source: Kremer D, Förster M, Schichel T, Göttle P, Hartung HP, Perron H, Küry P. The neutralizing antibody Temelimab
69
70
abrogates W-ENVelope protein-mediated oligodendroglial maturation blockade. Mult Scler. 2015 Aug;21(9):1200-3.
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Figure 15: the neutralizing antibody temelimab abrogates W-ENV protein-mediated oligodendroglial maturation
blockade
5.2.3.4 Temelimab is a non-cytotoxic mAb with high safety
Although temelimab is an IgG4 and, therefore, unlikely to induce antibody dependent cell-mediated cytotoxicity
(“ADCC”) or complement-dependent cytotoxicity (“CDC”), these toxicities cannot be formally ruled out when W-
ENV is expressed on the cell surface. In vitro experiments were performed in which complement activation in the
presence of transfected human cells expressing the antigen on their surface was investigated. In a similar
experimental setup, PMBC or natural killer (“NK”) cell-mediated antibody-dependent cytotoxicity against such
antigen-expressing transfectants was analyzed.
The analysis of ADCC and CDC mediated by temelimab was performed using cultured HEK293 cells. The protein
W-ENV is expressed on the surface of the transfected HEK293 cells and functions as the antigen recognized and
bound by temelimab antibodies. As a positive control, a temelimab of IgG1 isotype was used. The CDC-dependent
dose-response curves of temelimab isotype IgG1 (ch-temelimab-IgG1) and isotype IgG4 (temelimab), respectively,
are shown in the table below. The isotype IgG1 induced a dose-dependent signal response while isotype IgG4 did
not. Cytotoxicity was calculated based on the total number of cells to transfected cells only (14% vs. 62% and 8%
vs. 52%, respectively). No significant change in cytotoxicity was observed when comparing different incubation
times.
Figure 16: CDC and ADCC with GNbAC+ IgG1 and IgG4 molecules71
These results support an absence of ADCC and CDC cytotoxicity with temelimab, which provides support for a
positive safety profile.
5.2.3.5 A Very Low Potential for Immunogenicity
To assess potential immunogenicity, the sequence of temelimab was scanned for the presence of putative human
leukocyte antigen (HLA) class II restricted epitopes, also known as T helper (Th)-cell epitopes (T CD4+), for the
purpose of detecting immunoglobulin regions that could trigger an immunogenous action to the product.
71
Source: Curtin et al., MABS 2015,7, 265-75.
51
GeNeuro SA – 2021 Universal Registration Document
Table 3: HLA binders of temelimab corresponding to the DRB1, DQ, DP, and DRB3/4/5 genes (epitope counts)72
Table 3 above shows the number of binders corresponding to the DRB1, DQ, DP, and DRB3/4/5 genes (epitope
counts). The results show that no binders were found within the constant regions or the hinge region of the antibody;
overall nine strong potential DRB1 binders were found within the variable regions VH and VL of temelimab. As in
the humoral response raised against an antigen, the observed Th cell activation/proliferation was interpreted in
terms of the DRB1 specificity. An analysis of the results showed that all nine strong potential DRB1 binders were
within the complementarity-determining regions of the antibody and none was found within the framework. These
data support a very low potential for immunogenicity, which has been confirmed so far in clinical trials.
5.2.3.6 No Findings in the Toxicology Program
Since W-ENV is expressed only in humans, the development of a relevant toxicology program was defined from
the early stages with the scientific advice of the Paul Ehrlich Institute in Frankfurt. No relevant animal models being
available, the program defined maximum tolerated doses in rodents, and was focused on human in vitro toxicology.
Temelimab was evaluated in two two-week toxicity studies in mice following a single intravenous administration of
temelimab at 6 mg/kg and 30 mg/kg doses, and at 30 mg/kg and 100 mg/kg doses, representing 1x, 5x, and 17x
respectively the maximal dose administered in healthy volunteers in the Phase 1a trial. Temelimab serum
concentrations were still quantifiable 312 hours after injection. Temelimab serum exposures were similar in male
and female mice and increased proportionally between the doses of 6 and 100 mg/kg. No temelimab-related clinical
signs, including ophthalmological findings, were observed during these studies and body weight and food
consumption appeared to be unaffected by the treatment. No temelimab treatment-related organ weight changes,
or macroscopic or microscopic post-mortem findings were observed. In conclusion, in both studies, no effects were
observed on clinical signs, body weight, food consumption, or pathology. The no observed adverse effect level of
temelimab was established at 100 mg/kg.
In a repeated dose toxicity study in monkeys, temelimab was evaluated following weekly i.v. administrations of
300mg/kg to cynomolgus monkeys over a period of 6 months. Each animal was checked at least twice a day during
the study for mortality and morbidity. Electrocardiography examinations as well as systolic and diastolic blood
pressure measurements were performed on all animals before the beginning of the treatment period and after the
end of infusion on Days 1 and 180. Ophthalmological examinations were performed on all animals. Blood sampling
(for blood chemistry, hematology and TK and anti-drug antibody (ADA) detection) and urine collection were carried
out according to a pre-defined schedule. A complete macroscopic post-mortem examination was performed on all
animals. There were no moribund or prematurely sacrificed animals. No relevant clinical signs were observed.
There were no changes in body weight, food consumption, electro cardiac assessment, blood pressure, and
ophthalmology examination findings during the study. Gross pathology analysis of organs did not reveal any
changes in organ weight, physical aspect, and size. No relevant changes were observed in both genders in
hematology, blood chemistry or urinalysis parameters during the study. Consequently, under the experimental
conditions of the study, no observed adverse effect level (NOAEL) for temelimab was established at 300
mg/kg/weekly administration.
Two concentrations of temelimab (2 µg/ml and 10 µg/ml) were tested on 42 different human tissues. At the high (10
µg/ml) concentration, a temelimab-related staining considered to be specific was noted in the mature urothelium
(umbrella cells) of the ureter and the urinary bladder, syncytiotrophoblasts/ trophoblasts of the placenta, and
superficial endometrial epithelial cells of the uterus of one single panel only. Staining of minor importance, most
likely non-specific, was noted in the crypt epithelium of the intestinal tract, canaliculi of the breast, and tails of
spermatids in the testis. At the optimal concentration of temelimab (2 µg/ml), no staining was considered to be
related to the mAb.
72
Source: Curtin et al., MABS 2015,7, 265-75.
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5.2.4 Temelimab: Clinical Development as of the Date Hereof
To date, eight clinical studies of temelimab have been or are being conducted on humans, which are summarized
Table 4: Summary of clinical studies73
Placebo
Temelimab dose,
regimen, route of
administration
Clinical Study
N°
Formu-
lation
or
compara
tor
Design
Subjects
Key results
33 healthy
male
subjects
(cohorts 0.1
5 to 6.00
mg/kg were
Single doses,
0.0025 mg/kg
0.025 mg/kg
0.15 mg/kg
0.60 mg/kg
2.00 mg/kg
GNC-001
Randomized
placebo-controlled
first-in-human study
with temelimab
Well
tolerated
with all adverse
events mild or
moderate
Liquid
Placebo
Clinicaltrials.gov
identifier:
NCT01699555
analyzed for 6.00 mg/kg
PK)
intravenous
Single
phase:
tolerated, linear
PK and t½:17 –
49 days
dose
well
Single doses,
2 mg/kg
6 mg/kg
Intravenous
Open label:
repeated doses
2 mg/kg,
Randomized
placebo-controlled
first-in-human study
with temelimab
GNC-002
Placebo
10 MS
patients
(cohorts 2
and 6
No
Liquid
Liquid
Placebo
in open
label
Clinicaltrials.gov
identifier:
NCT01639300
Repeated dose
phase
Open label
Repeated dose
mg/kg)
phase:
tolerated,
~3.0,
well
AR:
overall
6 mg/kg
intravenous
phase
stability of MRI
Single doses,
6 mg/kg
18 mg/kg
36 mg/kg
Intravenous
GNC-001B
Randomized
placebo-controlled
pharmacology study
with temelimab
Well tolerated
21 healthy
male
subjects
with all adverse
events mild or
moderate
Clinicaltrials.gov
identifier:
NCT02452996
Placebo
Period 1: 4
cohorts in,
receiving either
placebo or
Phase IIb,
randomized,
placebo-controlled,
parallel-group,
temelimab i.v
every 4 weeks for
24 weeks with
69 subjects in the
placebo group and
67 subjects in
each of the
following
temelimab groups:
6 mg/kg, 12
mg/kg, and
Well
tolerated
with all adverse
events mild or
moderate.
Significant and
consistent
multicenter study
with two treatment
periods in RRMS
patients: Period 1
(Day 1 to Day 169)
and Period 2 (Day
169 to Day 337).
Period 2 is
dose-blind with all
placebo patients
re-randomized to 1
of the temelimab
dose cohorts
GNC-003
CHANGE-MS
270 RRMS
patients
Liquid
Placebo
positive impact
24-week and 48
week completed
on
key
neuroprotection
markers known
to be linked to
disease
NCT02782858
18 mg/kg
Period 2: 3 cohorts
receiving
temelimab (same
doses as in Period
progression.
1)
i.v.
every
for
4 weeks
24 weeks
3 cohorts
receiving
Well
tolerated
with all adverse
events mild or
moderate.
Continued
positive impact
temelimab at 6
mg/kg, 12 mg/kg
and 18 mg/kg i.v.
over 2 hours every
4 weeks until
GNC-004
ANGEL -MS
extension study
Two-year open-label
extension study to
GNC-003 in RRMS
patients; early
219 RRMS
patients
Liquid
none
on
key MRI
48 weeks
completed
optimal dose is
decided based on
GNC-003 results;
then all patients to
be shifted to this
dose
measures
disease
progression in
of
termination in
October 2018.
NCT03239860
MS
patients,
with
encouraging
73
Source: GeNeuro.
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GeNeuro SA – 2021 Universal Registration Document
Placebo
Temelimab dose,
regimen, route of
administration
Clinical Study
N°
Formu-
lation
or
compara
tor
Design
Subjects
Key results
dose-dependent
effects
on
clinical
measures
disease
of
progression.
Period 1: 2
cohorts, receiving
either placebo or
temelimab i.v
every 4 weeks for
24 weeks with 20
subjects in the
placebo group and
40 subjects
Randomized
placebo-controlled
first-in-human
multicenter study
with temelimab in
T1D.
The first part of the
trial is double-blind
and the second part
is open-label with all
participants
Safety demon-
strated in T1D
patients,
posi-
GNC-301
RAINBOW
tive pharmaco-
dynamic signs
with decrease in
hypoglycaemia
frequencies and
60 T1D
adult
patients
24-week,
extended to 48-
week,
completed
NCT03179423
Liquid
Placebo
temelimab 6
mg/kg group.
in
anti-insulin
antibody levels
in patients treat-
Period 2: open-
label with all
participants
receiving the
active treatment
receiving the active
ed
with
treatment.
temelimab
Randomized
placebo-controlled
high-dose
24 healthy
male
subjects
Liquid
Placebo
Well
tolerated
Single doses, 36
mg/kg, 60 mg/kg,
85 mg/kg, 110
with all adverse
events mild or
moderate
GNC-006
completed
pharmacology study
mg/kg intravenous
Primary
endpoint was
met: results
confirm the
4 cohorts,
receiving either
excellent safety
placebo or
profile and
Phase IIa,
randomized, double-
blind, placebo-
controlled, parallel-
group, single center
study in RRMS
patients following
treatment with
temelimab i.v
every 4 weeks for
48 weeks with
10 subjects in the
placebo group and
10 subjects in
each of the
tolerability of
higher doses of
temelimab
GNC-401
ProTEct-MS
administered
concomitantly
with rituximab.
Efficacy data
showed that
temelimab has a
favorable impact
on key MRI
48-week,
41 MS
patients
Liquid
Placebo
completed
NCT04480307
following
rituximab
temelimab groups:
18 mg/kg, 36
mg/kg, and
54 mg/kg
parameters
measuring
neurodegene-
ration.
5.2.4.1 Study GNC-001: A First-in-Humans Study Supporting the Safety of temelimab74
The safety and pharmacokinetics of temelimab were investigated for the first time in humans in study GNC-001 in
healthy male volunteers.75 The study included 33 subjects of which 23 healthy male subjects received doses of
temelimab varying from 0.0025 mg/kg to 6 mg/kg while 10 healthy male subjects received a placebo during the trial.
Temelimab was well tolerated with no serious adverse events observed. There was no evidence of antibody
production against temelimab during the entire study period of 64 days and no treatment-emergent antibodies
against temelimab appeared in any of the treated subjects.
74
Source: Curtin F, Lang AB, Perron H, Laumonier M, Vidal V, Porchet HC, Hartung HP.: “Temelimab, a humanized
monoclonal antibody against the envelope protein of multiple sclerosis-associated endogenous retrovirus: a first-in-humans
randomized clinical study”. Clin Ther. 2012 Dec;34(12):2268-78.
Source: Curtin et al., 2012 ibid.
75
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5.2.4.2 Study GNC-002: First Signs of a Therapeutic Response in Patients
The GNC-002 study was a Phase IIa clinical study, completed in April 2014, which had the main goal of confirming
the safety of temelimab in MS patients. The safety and tolerability of temelimab were considered to be good. The
majority of the adverse events were mild or moderate in severity. Only one serious adverse event consisting of
acute pancreatitis was reported in the 6 mg/kg cohort during the study but was considered to be unrelated to the
study treatment. The affected patient had a medical history of recurrent biliary calculi, which explained the condition.
The patient recovered fully and received nine additional doses of temelimab without recurrence of this pathology.
There was no evidence of antibody production against temelimab during the study period. Pharmacokinetic data
were also assessed during the study and were in line with those observed during the first clinical study GNC001
and consistent with single monthly administration of the medication. The study also made a possible observation of
a pharmacodynamic response to temelimab: the biomarkers linked to HERV diminished in a statistically significant
manner during the period of treatment, as shown in Figure 17 below.
Figure 17: Illustration of the reduction of W-ENV RNA biomarker during treatment76
In terms of MRI assessment, eight out of eight patients who completed 12 monthly repeated administrations of
temelimab showed globally stable MRI images over the treatment period, with no new lesions or the extension of
existing ones. In addition, the EDSS score remained overall stable in patients who completed 12 monthly
administrations of temelimab with an increase of 0.2 point on the mean EDSS for the 2 mg/kg temelimab cohort
and a decrease of 0.2 point on the mean EDSS for the 6 mg/kg temelimab cohort. The stability of the brain lesions
over 12 months is an encouraging sign in terms of the pharmacodynamic response to the treatment. MRI and EDSS
results are presented in Table 5 below.
Table 5: Results of MRI and EDSS by dose cohort at 6 and 12 months77
To illustrate these results, the progression index (“PI”) of the eight patients who completed the study was analyzed
and compared to changes in their EDSS during treatment for a year. The PI was calculated by dividing the EDSS
score of a patient by the number of years elapsed since he/she was diagnosed with MS. It should be noted that the
data used to calculate PI prior to the beginning of the study was based on anamnestic data contained in the file of
each patient and, accordingly, not verified in connection with the study. The PI, therefore, is a relative measurement,
since the progression of the disability does not always evolve linearly over time, and patients treated have been
followed by various doctors before entering the study. It provides a historical indication, however, of the average
speed of the progression of the disability score of a patient over one year. Despite the limits of the trial duration in
comparison with the pace of the development of the illness, the small sample of patients and the absence of a
placebo, a comparison of individual PI with the evolution of the EDSS score during the year of the study allows one
to observe in the figure below a change of the trend in the progression of disability of patients treated.
76
Source: Derfuss et al., 2014 ibid.
Source: Curtin, Derfuss, Lang, Perron, Kappos, Hartung, Lalive. “Temelimab, a monoclonal antibody against the MSRV
77
envelope protein, pharmacodynamic responses in patients with multiple sclerosis” Poster ECTRIMS 2014, Boston.
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GeNeuro SA – 2021 Universal Registration Document
Figure 18: Comparison of PI by patient with changes in EDSS score during the study78
Finally, the study shows normalization of the over-activation of TLR4, observed in patients with MS and found in
patients in the study at its beginning. After a year of treatment, as shown in the illustration below, over-activation of
TLR4 returned to normal for patients treated, which supports the assumed mode of action of temelimab.
Figure 19: Normalization of the TLR4 function in patients during treatment79
Overall, the study confirmed a very good safety profile for the product over one year, and showed very promising
pharmacodynamic signs as well as first signs of a therapeutic response during the first administration of temelimab
to MS patients. However, the two different dose regimens, the small sample size, the open nature of the extensions,
the short observation period, and the inclusion of primary and secondary progressive patients did not permit
conclusions regarding the efficacy of temelimab in this study, the objective of which was to confirm the safety of
temelimab in patients.
5.2.4.3 GNC-001B Study: Good Penetration of temelimab in CSF for an antibody
This study was a Phase Ib, single-center, in-patient, randomized, double-blind, placebo-controlled, dose-escalating
study to evaluate the safety, tolerability, and pharmacokinetic profiles of single intravenous infusions of temelimab
for doses of 6 mg/kg, 18 mg/kg, and 36 mg/kg, respectively, in healthy subjects. Doses of temelimab were
administered as an intravenous infusion over one to four hours, depending on the dose.
Twenty-one subjects received a single infusion of temelimab or placebo. Single doses of temelimab were well
tolerated. All adverse events were mild or moderate in severity and no subject withdrew as a result of adverse
events. There were no notable dose- or treatment-related trends in the number or type of adverse events reported.
Temelimab concentrations in the CSF of the study participants were assessed at different points in time. The mean
percentage of temelimab in the CSF ranged between 0.3% and 0.4% at 15 and 29 days, which is higher than the
ratios observed with other mAbs such as BIIB-033 (please see Figure 20 below). 80
78
Source: GeNeuro.
79
Source: Derfuss et al., 2015 ibid., and Zimmermann, Neurol Neuroimmunol Neuroinflamm. 2015 Aug. 20;2(5):e144. doi.
Source: Tran et al., Neurol Neuroimmunol Neuroinflamm. 2014 Aug. 21;1(2):e18. doi.
80
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GeNeuro SA – 2021 Universal Registration Document
Figure 20: CSF/serum concentration ratios by dose and sampling day81
5.2.4.4 CHANGE-MS
5.2.4.4.1Study design and objectives
GeNeuro conducted a double-blind placebo-controlled study, called CHANGE-MS, in patients with RRMS. The
study based the efficacy evaluation of the drug on MRI brain imaging. The primary objective was to assess the
efficacy of repeated doses of temelimab versus placebo in patients based on the cumulative number of Gadolinium-
enhanced T1 lesions on brain MRIs — a study end-point recommended by regulatory authorities for this
development phase of MS.82 The study also assessed pre-determined secondary objectives, among which:
(i) efficacy on other brain MRI end points; (ii) effect on the relapse rate; (iii) safety and tolerability of repeated doses
of temelimab; (iv) pharmacokinetics of repeated doses of temelimab in a subgroup of patients; (v) identify an
optimal dose for Phase III studies based on efficacy and safety findings; (vi) study the pharmacodynamic response
on biomarkers, including W-ENV markers; (vii) assess the immunogenicity of temelimab; and (viii) assess the
health-related quality of life.
The study enrolled a total of 270 patients (please see the illustration below). Patients inclusion criteria were:
(i) RRMS according to the 2010 revised McDonald criteria; (ii) age between 18 and 55 years; (iii) present disease
activity characterized by at least one documented relapse within one year or one Gd-enhancing T1 lesion at
screening or evidenced within the last three months; and (iv) EDSS score less than 6.0. No other MS treatments
were provided during the study other than corticosteroids and symptomatic treatments such as fampridin.
The study was performed over two periods:
-
-
Period 1 (weeks 1–24): a double-blind randomized, placebo-controlled study with the following groups:
temelimab 6 mg/kg, 12 mg/kg or 18 mg/kg; or placebo with a randomization ratio (1:1:1:1).
Period 2 (weeks 25–48): extension where all patients receive only active treatment. In Period 2, patients from
the placebo group were re-randomized to temelimab 6 mg/kg, 12 mg/kg or 18 mg/kg (randomization 1:1:1).
Figure 21: Design of CHANGE-MS Study83
Temelimab was administered intravenously over a 2-hour infusion in a glucose 5% solution bag at ~2 mL/min.
81
Source: GeNeuro.
Source: EMA 2015.
Source: GeNeuro.
82
83
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GeNeuro SA – 2021 Universal Registration Document
Centers located in the following countries participate in the study: Bulgaria, Croatia, the Czech Republic, Estonia,
Germany, Hungary, Italy, Poland, Russia, Serbia, Spain, and Ukraine. Fifty centers, mainly university hospital
centers, participated in the study. The study was launched in November 2015, with a first patient included in May,
2016, and the last ones in December, 2016. The final 48-week results were announced in March 2018.
5.2.4.4.2CHANGE-MS results
On August 28, 2017, GeNeuro announced the first results of CHANGE-MS as they became available. The first
output was the excellent safety profile of temelimab as can be seen in Table 6 below.
Table 6: CHANGE-MS safety results at 24 weeks
There was a very good balance in terms of frequencies of serious adverse events or events leading to
discontinuation among the different treatment groups and there was no evidence of more frequent or more severe
adverse events with higher doses of temelimab, comforting favorable safety results observed so far in the
development of temelimab.
Primary endpoint at 24 weeks: results on inflammatory end-points
The primary endpoint was not met and is presented in table below. Although the total number of lesions was reduced
by approximately 50% in the 18 mg/kg treatment group compared to placebo, after accounting for Baseline
imbalances, there were no statistically significant differences in the number of gadolinium enhancing T1 lesions
compared to placebo at 24 weeks for any active dose group.
Table 7: main CHANGE-MS endpoints at 24 weeks
CHANGE-MS neuroprotection and remyelination endpoints at 48 weeks.
At 48 weeks, pre-specified, key secondary endpoints were assessed. For the second 24-week period, the group of
patients originally randomized to placebo and then (at week 24) re-randomized into the three active treatment arms
was used as the Control Group in the 48-week analyses.
Brain volume changes were analyzed for the whole brain and several cerebral structures. Benefits of temelimab
were seen, with less atrophy in the cerebral cortex and thalamus, with relative reductions of 31% and 72%
respectively between the 18 mg/kg (the highest dose studied) and Control Group, with a statistically significant
58
GeNeuro SA – 2021 Universal Registration Document
dose-relationship across treatment groups assessed by the Spearman correlation coefficient (p=0.045 for cortex
atrophy and p=0.014 for thalamic atrophy). For whole brain atrophy, there was a 29% relative reduction in brain
volume loss over 12 months for the 18 mg/kg group versus the Control Group. The Spearman correlation analysis
showed a trend for a dose-relationship (p=0.079).
Figure 22: CHANGE-MS brain volume changes
Importantly, the benefits observed were not dependent on
reducing inflammatory activity. As illustrated in the figure
below, the reductions in atrophy were at least as robust in
“non-active” patients (patients with no inflammatory
activity at baseline). This is evidence that the effect of
temelimab is mediated through its target cells (OPC and
microglia) and not through the modulation or suppression
of adaptive immunity. This is particularly important as the
critical unmet medical need in MS is to treat non-active
progressive patients, either because they progress while
taking existing, highly effective immunomodulatory DMTs,
or because they have reached the stage where adaptive
inflammation has a much lower influence on the course of
the disease (i.e. “non-active progressive MS”).
The number of T1 hypointense lesions, or black holes,
was a key secondary measure of the study. The number
of new T1 black holes of at least 14mm3 volume (3mm
in diameter) was reduced by 63% at 48 weeks in the
18mg/kg versus the Control Group (pairwise
comparison p= 0.014). Reductions compared to the
Control Group were also observed at lower temelimab
doses. The figure below shows the average number of
black holes by treatment group at 48 weeks. These data
were supported by analyses of changes in T1 black hole
volume, which were smaller in the groups having
received temelimab throughout the 48 weeks of
CHANGE-MS compared to the Control Group with a
statistically significant dose-response effect (Spearman
correlation coefficient p = 0.030).
Magnetization
transfer
imaging
involves
the
measurement of the transfer of magnetization between
the free and bound proton pools in tissue. Images during
two sequences are subtracted leading to
a
magnetization transfer ratio (MTR) image, which is
proposed as a measure of myelin. Remyelination
following treatment with temelimab was measured by
MRI with magnetization transfer ratio (MTR) analyses
59
GeNeuro SA – 2021 Universal Registration Document
performed in the normal appearing white matter
(NAWM) and cerebral cortex of patients.
Recent studies have observed that there is a reduction in MTR signal in NAWM and cerebral cortex in patients with
MS versus controls, with a pathological gradient of MTR signal loss, as illustrated in the figure above. A decrease
of the MTR signal in the NAWM is associated with clinical disability84. Despite the variability inherent in a 50-center
MTR study, the Baseline data reproduced the pathological gradients observed in prior studies.
A benefit in Magnetization Transfer Ratio (MTR) signal for 18mg/kg dose group was observed in comparison with
the Control Group at 48 weeks, in both normal appearing white matter and cerebral cortex, consistent with a
potential benefit on myelin integrity. The table below presents the distributions and medians for MTR signal values
by treatment group at 24 and 48 weeks for normal appearing white matter (periventricular bands 1 to 3), showing
positive median changes in the 18 mg group (meaning that ≥ 50% of patients had an absolute increase in MTR
signal), while all other groups had a decrease in MTR signal, as would be expected in an MS patient population.
The results were consistent across all six normal appearing white matter and cerebral cortical bands.
Table 8: CHANGE-MS MTR results
For secondary endpoints related to MRI measures of neuroinflammation, patients in all treatment groups
improved from Week 24 to Week 48, however there was no significant separation between treatment groups. The
effect of temelimab on adaptive immune-mediated inflammation is not clinically relevant, and any reduction in
inflammatory activity does not appear to be responsible for the effects seen on neurodegenerative endpoints.
In terms of safety at 48 weeks, there were no organ-class specific toxicities and no dose dependent adverse events
were observed. As shown in Table 9 below, serious adverse events in general and those potentially related to the
treatment were infrequent and well balanced across treatment groups.
Table 9: CHANGE-MS safety results
Temelimab continued to show an excellent tolerability profile throughout the second part of the CHANGE-MS study.
84
Source: Traboulsee A, Dehmeshki J, Peters Kr et al. Disability in multiple sclerosis is related to normal appearing brain
tissue MTR histogram abnormalities Mult Scler 2003;9:566-73
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5.2.4.5 ANGEL-MS Extension
ANGEL-MS (Assessing the W-ENV ANtagonist temelimab for Evaluation in an open label Long-term Safety Study
in Patients with MS) is an international long-term extension study of the Phase IIb Study GNC-003 (CHANGE-MS)
in patients with Relapsing Remitting Multiple Sclerosis (RRMS) with the primary objective of demonstrating the long-
term safety of monthly repeated doses of temelimab. The study was planned to last 96 weeks and patients
continued their temelimab treatment dose from GNC-003 (i.e. 6 mg/kg, 12 mg/kg or 18 mg/kg, administered
intravenously, with 4-week administration intervals). The primary endpoint is the long-term safety of temelimab,
based notably on adverse events (AEs) and clinical safety laboratory. The secondary objective is long-term efficacy
based on brain MRI markers, annualized relapse rate, disability, disease activity, EDSS and MSFC Scores.
5.2.4.5.1ANGEL-MS Results
The study started on June 6th, 2017 and 219 patients in total enrolled, representing 94% of all patients who
completed the CHANGE-MS study. ANGEL-MS was fully funded by Servier and had an early termination due to
Servier’s decision to end its partnership with GeNeuro, with all patients being offered end-of-study visits. Across
the two studies (CHANGE-MS and ANGEL-MS), a total of 154 patients received temelimab treatment for 96 weeks
or more. For patients not having completed 96 weeks, the end-of-study visit results were used in the analysis (last
observation carried forward). As there was no longer an administration of placebo during ANGEL-MS, to ensure
consistency, analyses of efficacy endpoints in ANGEL-MS were based on comparing the original groups in the
CHANGE-MS study: temelimab (18mg/kg, 12mg/kg, 6mg/kg) and Control Group (i.e. patients originally randomized
to placebo for 6 months in CHANGE-MS and re-randomized into the three active treatment arms for the last 6
months of CHANGE-MS).
Brain volume changes were analyzed on the whole brain and different anatomical locations, atrophy of the brain
and more specifically of certain of its parts such as the thalamus being often considered as a predictor of the
progression of disability. Benefits of temelimab were seen in a lower cortical and thalamic atrophy rate, with relative
volume loss reductions of 42% and 43% respectively between the highest dose of 18 mg/kg and the Control group,
with a dose-effect across treatment groups assessed by linear regression showing a trend value of p=0.058 for
cortical atrophy and a statistically significant value of p=0.038 for thalamic atrophy). Table 10 below presents the
evolution of median thalamic atrophy by time and by treatment groups since the original baseline of CHANGE-MS.
In terms of safety at 96 weeks (CHANGE-MS + ANGEL-MS), there were no organ-class specific toxicities and no
dose dependent adverse events observed. As shown in Table 10 below, serious adverse events in general and
those potentially related to the treatment were infrequent and well balanced across treatment groups. Temelimab
continued to show an excellent tolerability profile throughout the second part of the study.
Table 10: ANGEL-MS safety results
In order to ensure consistency, analyses of efficacy endpoints in ANGEL-MS were based on comparing the original
randomized groups from the CHANGE-MS study: temelimab (18mg/kg, 12mg/kg, 6mg/kg) and Control Group (i.e.
patients originally randomized to placebo for 6 months in CHANGE-MS and re-randomized into the three active
treatment arms for the last 6 months of CHANGE-MS).
Further, in order to examine the robustness of the efficacy analyses, several sensitivity analyses were performed.
First by dose groups, i.e. by the randomized dose received in ANGEL-MS, irrespective of time treated. Then by
absolute dose received, separating the total dose of temelimab into quartiles, irrespective of body weight or
randomized dose group. And finally separating the patients having received 18mg/kg during 96 weeks against all
other treatments. No corrections were performed for multiple testing.
Overall, the ANGEL-MS data confirmed that treatment with temelimab for 2 years had a continued, positive impact
on key MRI-based paraclinical measures, associated with disease progression in multiple sclerosis, extending the
data reported at Week 48 in the CHANGE-MS study. These include reductions in brain atrophy (notably in the
cerebral cortex and thalamus) and maintenance of myelin integrity, as measured by magnetization transfer ratio
(MTR) imaging. Importantly, for the first time, encouraging dose-dependent effects were seen on clinical measures
of disease progression.
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In terms of MRI measures of neuroinflammation, all groups improved with treatment, however no significant
separation between treatment groups was observable. The effects of temelimab are unlikely to be driven by an anti-
inflammatory effect.
Effects of temelimab on brain atrophy measures observed in CHANGE-MS were confirmed in ANGEL-MS after
96 weeks of total treatment. As illustrated in Figure 23 and Figure 24 below, this was notable in the cerebral cortex
and thalamus, with relative reductions in volume loss of 42% and 43%, respectively, between the 18 mg/kg (highest
dose studied) and Control Group, with a trend for a dose-response across treatment groups for cortical atrophy
(p=0.058) and a statistically significant dose-response for thalamic atrophy (p=0.038).
Figure 23: ANGEL-MS cortical atrophy results
Figure 24: ANGEL-MS thalamic atrophy results
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As illustrated in Figure 25, for thalamic atrophy, all sensitivity analyses were consistent on the effect of the 18mg/kg
dose versus any other treatment arm.
Figure 25: ANGEL-MS sensitivity analysis for thalamic atrophy
The number of T1 hypointense lesions was not analyzed at the end of ANGEL-MS. This was because, in order
to protect patients from unnecessary exposure to gadolinium, no gadolinium contrast was given in the ANGEL-MS
study. As a result, it was technically not possible to differentiate between acute T1 Black Holes (due to edema
associated with acute, inflammatory lesions) and chronic T1 Black Holes (due to permanent tissue destruction).
Nonetheless, the effect of temelimab on lesion evolution into permanent tissue destruction was shown, with less
increase in mean T1 Black Hole lesion volume in the 18 mg/kg group versus the Control Group.
The effect on Magnetization Transfer Ratio (MTR) signal of 18mg/kg dose group relative to the Control Group,
observed at 24 and 48 weeks of CHANGE-MS, was confirmed in comparison with the Control Group at 96 weeks,
in both normal appearing white matter and cerebral cortex, consistent with a potential benefit on remyelination.
Figure 26 and Figure 27 below present the distributions and medians of MTR signals by treatment group at 48
weeks of ANGEL-MS for periventricular bands and for cortical bands.
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Figure 26: ANGEL-MS MTR signal changes in Normal Appearing White Matter
Figure 27: ANGEL-MS MTR signal changes in cortex
Importantly, and for the first time, encouraging, dose-dependent effects were seen on clinical measures of
disease progression. This was as measured by a lower proportion of patients with 12-week confirmed EDSS
progression, or with 20% worsening in Timed 25-Foot Walk from Baseline of CHANGE-MS to week 96 (or end-of-
study) in ANGEL-MS.
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A lower probability of 12-week confirmed disability progression in the 18 mg/kg group versus all other groups is
illustrated in Figure 28 below.
Figure 28: ANGEL-MS probability of disease progression
When pooling all groups against the 18mg/kg group, the result nearly reaches statistical significance. However, the
cohort of patients is small, as the study was not designed to examine disability progression, and the number of
events recorded is also very low. Therefore, although encouraging, these results are not conclusive.
Also encouraging, and consistent with the EDSS data, is the proportion of patients with a worsening of > 20% or
more in the Timed 25-Foot Walk Test when comparing CHANGE-MS Baseline to the end of ANGEL-MS, as may
Table 11: ANGEL-MS proportion of patients with worsening >20% of Timed 25-foot walk
*
Fifteen patients with extreme walking disability removed from analysis –for whom the test was
almost impossible to perform – excluded patients distributed equally across treatment groups
** Fisher exact test
At 96 weeks of treatment, a lower proportion of patients in the 18mg/kg group experienced a clinically relevant
worsening, than in any other group, with statistical significance of p=0.03. All of the sensitivity analyses performed
confirmed the results, as illustrated in Table 12 below.
Table 12: ANGEL-MS – sensitivity analysis of proportion of patients with worsening >20% of Timed 25-foot walk
*
Fifteen patients with extreme walking disability removed from analysis –for whom the test was almost impossible to
perform – excluded patients distributed equally across treatment groups
** Fisher exact test
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The same caution as above holds true, but these results at 96 weeks appear to indicate that the positive effect
observed in MRI measures may translate into a clinical benefit.
Overall at 96 weeks of temelimab treatment, there was a consistent and sustained benefit with temelimab at the
dose of 18mg/kg on key independent markers of neurodegeneration, such as thalamic, cortex and whole brain
volumes, as well as MTR in cortical and normal appearing white matter. These markers are linked to long term
disease progression and worsening of disability in MS. Importantly, for the first time, encouraging dose-dependent
effects were seen on clinical measures of disease progression. This has been evidenced by a lower proportion of
patients with 12-week confirmed EDSS progression, or with 20% worsening in 25-foot timed walk. Moreover,
temelimab appeared safe during the whole duration of the trial.
These results are coherent with the pre-clinical knowledge to date on the mechanisms of action of W-ENV and of
temelimab.
5.2.4.6 GNC-006 Study: robust safety confirmed at high doses
This study was a Phase Ic, single-center, randomized, double-blind, placebo-controlled, dose-escalating study in
24 healthy volunteers to assess the administration of high doses of temelimab.
Four cohorts of patients received doses of temelimab ranging from 36 mg/kg to 110 mg/kg. The results of the study,
performed in a specialized pharmacology trial unit part of the University Hospital of Sydney, Australia, showed that
no adverse events related to drug safety occurred and that pharmacokinetic data were linear for all doses tested.
5.2.4.7 GNC-401 (ProTEct-MS) Study: confirmation of safety of higher doses of temelimab and synergistic
potential to address neurodegeneration on top of anti-inflammatory treatment
Temelimab was used as a monotherapy in the one-year CHANGE-MS trial and its one-year ANGEL-MS extension.
The primary endpoint of CHANGE-MS at 6 months was not met (reduction of cumulative number of gadolinium
(Gd)-enhancing T1 lesions from week 12-24 in temelimab groups (6, 12, and 18mg/kg) compared with placebo).
However, at one year already, patients originally randomized to temelimab 18mg/kg in CHANGE-MS showed
evidence for relative improvements in MRI-measured neurodegenerative outcomes such as brain volumes, MTR
and blackholes during CHANGE-MS, compared to all other groups. The ANGEL-MS one-year extension confirmed
and enlarged the observed relative improvements in MRI-measured neurodegenerative outcomes. It also
demonstrated that temelimab is safe to use and well tolerated for a prolonged period. These data suggested a
possible neuroprotective effect of temelimab and supported further clinical development towards a treatment for
progression of MS-disability.
The key questions left open by the CHANGE-MS and ANGEL-MS trials were related to the MS population treated
and to the dose used:
•
In the earlier trials, temelimab was used as a monotherapy in an active RRMS population. However, today
the majority of patients in developed countries receive an effective therapy against inflammation and, while
approved anti-inflammatory therapies only have a modest impact on long-term disability progression, a
treatment against neurodegeneration could only be administered on top of existing therapies, in order to tackle
both inflammation and neurodegeneration.
The question was therefore whether temelimab’s effect would still be visible and coherent with
previous results in combination with a potent anti-inflammatory drug and in a population whose
disability progresses.
•
In the earlier trials, 18mg/kg was the dose providing robust results, while the lower doses had little or no
impact on the above-described measures. As temelimab is well tolerated and could be used at higher doses,
there was uncertainly whether GeNeuro had found the “maximally effective minimal dose”, which is a key
requirement before launching a Phase III.
The question was therefore whether a higher dose of temelimab would be confirmed as safe in a
treated population and provide additional efficacy signals.
The ProTEct-MS study was designed to answer these two questions. As described by Prof. Fredrik Piehl, Professor
of neurology, Karolinska Institutet in Stockholm, Sweden, and Principal Investigator of the study, at MS Virtual 2020,
“Because temelimab has no significant anti-inflammatory effect, combination with a highly effective DMT, such as
an anti-CD20-antibody, to protect against new focal neuroradiological disease activity is likely needed to properly
explore temelimab's tissue protective, anti-neurodegenerative effect: This represents the rationale for the ProTEct-
MS study.”
This study was a Phase IIa, single-center, randomized, double-blind, placebo-controlled, parallel-group, study in 41
RRMS patients following treatment with rituximab.
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Four cohorts of patients received (following treatment with rituximab) either placebo or temelimab i.v every 4 weeks
for 48 weeks with 10 subjects in the placebo group and 10 subjects in each of the following temelimab groups: 18
mg/kg, 36 mg/kg, and 54 mg/kg.
Figure 29: ProTEct-MS design
5.2.4.7.1ProTEct-MS Results
The top-line results of the study were announced on March 21, 2022. The primary endpoint was met, with results
confirming the excellent safety profile and tolerability of higher doses of temelimab administered concomitantly with
rituximab.
The drug was well tolerated with no treatment related discontinuations, no serious or severe treatment emergent
adverse events, and no differences in overall clinical or laboratory safety findings.
Efficacy data (secondary & exploratory measures) demonstrated that temelimab, which had been used as a
monotherapy in previous trials, showed beneficial trends on key parameters of neurodegeneration measured by
MRI. These benefits were seen in a patient population that was already treated for at least one year with rituximab,
a highly effective anti-neuroinflammatory medication.
The small study size precluded statistical demonstration of treatment effects, this is why classical frequentist
analysis was complemented in the Statistical Analysis Plan by Bayesian analyses, measuring the change from
baseline at Week 48, adjusted by baseline, and providing the posterior probability that the change from baseline in
treatment group was superior to the change of baseline in the rituximab alone group.
The analyses of efficacy endpoints showed a favorable impact of temelimab in preserving neocortical anatomy and
myelin integrity. The effect sizes were of comparable magnitude to those previously observed in the CHANGE-MS
and ANGEL-MS trials. The combined treatment of temelimab and rituximab protected against loss of cortical
thickness by more than 50% relative to rituximab alone. Furthermore, cortical tissue integrity, as measured by
magnetization transfer saturation, was improved with temelimab, potentially reflecting remyelination.
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Figure 30: Impact on measures of cortical atrophy and myelin integrity
Benefits were also seen in other volumetry efficacy endpoints, and in biomarkers of damage to nervous system
cells
Figure 31: Other volumetric secondary endpoints
Figure 32: Biomarkers of damage to nervous system cells
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The observed trends on MRI measures of neurodegeneration were consistent with CHANGE-MS and ANGEL-MS
results, but this time in a population of patients already treated with a highly effective anti-inflammatory drug. There
were favorable treatment effects on top of rituximab in all volume measures. The results in MTSat were also
favorable in Cortex, but not in NAWM. As expected, there were no relevant clinical signal given the size of the
patient cohorts and the one-year treatment duration.
The observed effect sizes are relevant (20-50%) in arms treated with temelimab versus rituximab alone, which
provides the expectation of yielding a clinical benefit in larger and longer trials. PK analysis and other are still
pending to define optimal fixed dose for future temelimab trials in MS. Since there was no clear advantage of higher
doses than 18mg/kg, and all doses were very well tolerated, GeNeuro will now be able to define a fixed dose for
future clinical trials. Top-line results disclosed on March 21 need to complemented by the full analysis of the data
to disclose and publish full results in a peer-reviewed journal.
The ProTEct-MS trial provides an important step forward for temelimab in its path to treat MS patients in whom
disability progresses despite effective control of inflammation and relapses. Despite progresses made, the need to
address neurodegeneration and its associated disease progression remains a huge opportunity in MS.
ProTEct-MS has shown that temelimab could bring additional benefits on key markers of neurodegeneration in a
population of MS patients already treated with a highly effective anti-inflammatory drug. The data show the
synergistic potential of targeting neurodegeneration with temelimab on top of inflammation, by seeking to boost
myelin repair mechanisms and to block damaging mechanisms. This opens the path for future combination
treatments addressing both relapses and disability progression, a novelty in MS.
5.2.5 Continued Clinical Development in MS
The 48-week results of the CHANGE-MS study and the 96-week results of the ANGEL-MS extension trial (resulting
from the addition of the 48-week CHANGE-MS study and the 48-week of the ANGEL-MS study) both showed that
the 18 mg/kg dose induced a positive response for neuroprotection markers such as brain volumes, black holes
and MTR, and showed encouraging dose-dependent effects on clinical measures of disease progression. In
addition, the safety profile over 96 weeks of temelimab at all tested doses appeared very favorable. The positive
results of the ProTEct-MS trial show that temelimab’s pathway is synergistic with anti-inflammatory treatments and
opens the way towards combination treatments for MS patients in whom disability progresses despite effective
control of inflammation and relapses. Based on these results, temelimab may provide a safe treatment option
enhancing neuroprotection in all forms of the disease, that could result in the reduction of the disability progression,
which is the key unmet medical need in MS. GeNeuro will now resume discussions with regulatory authorities and
with potential partners to define the best development path combining temelimab and anti-neuroinflammatory
treatments to bring the synergistic benefits of temelimab to patients.
Regulatory authorities, such as the FDA, and the MS community have clearly identified “progression without
relapses” as the urgent medical need in MS. GeNeuro’s temelimab results indicate a true potential in this area
where there is no medication available, and thus has a wide number of options on how to continue development in
MS. Yet developing a drug against progressive forms of MS is a complex endeavor, as patients’ condition evolves
slowly over time, and clinical trials require large cohorts treated for long periods of time. Inclusion criteria for such
trials aiming at having homogenous patient populations are a key success factor.
Given the high costs of the international clinical trials necessary to confirm efficacy and register a product in MS
with both the FDA and the EMA, which the Company estimates to exceed €100 million, continued development in
MS requires a partnership and, following the results from the ProTEct-MS trial, the Company has reactivated
partnership discussions for the MS indications.
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5.3 COVID-19
i)
Origin and prevalence
Coronavirus disease (COVID-19) is an infectious disease caused by SARS-CoV-2, a newly discovered coronavirus,
whose emergence was first observed when cases of unexplained pneumonia were noted in the city of Wuhan,
China, at the end of 2019.
SARS-CoV-2 is the novel coronavirus first identified in humans in December 2019 and is the cause of COVID-19.
Coronaviruses are a large family of viruses that can cause illness in animals or humans. In humans there are several
known coronaviruses that cause respiratory infections. These coronaviruses range from the common cold to more
severe diseases such as severe acute respiratory syndrome (SARS), Middle East respiratory syndrome (MERS),
and COVID-19.
COVID-19 is the most severe global pandemic since the influenza pandemic of 1918. As of April 5, 2022, there
have been close to 500 million confirmed cases worldwide and over 6 million global deaths from COVID-19.
In addition to the acute COVID-19 cases, large numbers of patients who have been infected with SARS-CoV-2,
regardless of the variant involved, continue to experience a constellation of symptoms long past the time that they
have recovered from the acute stages of COVID-19. Often referred to as “Long COVID” or “post-COVID”, these
symptoms, which can include fatigue, shortness of breath, “brain fog”, sleep disorders, fevers, gastrointestinal
symptoms, anxiety, and depression, can persist for months and can range from mild to incapacitating. These
present before, during, and after respiratory symptoms and are unrelated to respiratory insufficiency, suggesting
independent brain damage. In some cases, new symptoms arise well after the time of infection or evolve over time.
Follow-ups conducted in Germany and the United Kingdom found post–COVID-19 neuropsychiatric symptoms in
14% to 70% of patients, even in young adults, and lasting months after respiratory symptoms resolved85.
ii)
Current treatments
A number of treatments have now been approved for COVID-19 patients, covering both hospitalized and non-
hospitalized patients, and include:
−
Non-hospitalized patients
In December 2021, the FDA authorized two antiviral pills for the treatment of COVID-19: Paxlovid, an oral antiviral
pill, for the treatment of mild-to-moderate COVID-19 in people ages 12 and older who are at increased risk for
severe illness. The treatment is available by prescription only, after a positive COVID-19 test and within five days
of symptom onset. Molnupiravir, an oral antiviral treatment, for the treatment of mild to moderate COVID-19 in
people ages 18 years and older who are at increased risk for severe illness. The treatment is available by
prescription only, after a positive COVID-19 test and within five days of symptom onset. However, the FDA indicated
that use of molnupiravir should be limited to situations in which other COVID-19 treatments "are not accessible or
clinically appropriate."
Remdesivir, the first approved drug against COVID-19, has also proved effective, according to the manufacturer’s
data, at treating patients early in the course of the disease, despite mixed results in studies as a treatment for
hospitalized patients.
In addition, bebtelovimab has received in February 2022 Emergency Use Authorization (“EUA”) for the treatment
of mild-to-moderate COVID-19; bebtelovimab is active against all circulating Omicron subvariants, but there are no
clinical efficacy data on using bebtelovimab to treat patients who are at high risk of progressing to severe COVID-
19. Therefore, bebtelovimab is recommended to be used only when the preferred treatment options are not
available, feasible to use, or clinically appropriate.
Molnupiravir has also received an EUA for the treatment of mild-to-moderate coronavirus disease (COVID-19) in
adults with positive results of direct SARS-CoV-2 viral testing, and who are at high risk for progression to severe
COVID-19, including hospitalization or death, and for whom alternative COVID-19 treatment options authorized by
the FDA are not accessible or clinically appropriate. Molnupiravir is available by prescription only and should be
initiated as soon as possible after diagnosis of COVID-19 and within five days of symptom onset. Molnupiravir is
not authorized for use in patients younger than 18 years of age because molnupiravir may affect bone and cartilage
growth has lower efficacy than the preferred treatment options. Therefore, it should be used only when the preferred
options are not available, feasible to use, or clinically appropriate.
85 Source: Woo et al. Frequent neurocognitive deficits after recovery from mild COVID-19. Brain Commun. 2020
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−
Hospitalized patients
▪
Corticosteroids: at the onset of the pandemic, doctors have treated very ill COVID-19 patients with
corticosteroids. It makes biologic sense for those patients who have developed a hyper-immune response
(a cytokine storm) to the viral infection. In these cases, it is the immune system's overreaction that is
damaging the lungs and other organs, and too often leading to death. Dexamethasone and other
corticosteroids (prednisone, methylprednisolone) are potent anti-inflammatory drugs. They are readily
available and inexpensive.
▪
▪
Anticoagulation drugs ("blood thinners"): almost all patients admitted to the hospital with COVID-19 receive
medications to help prevent blood clots.
Antiviral drugs: despite conflicting evidence from early studies on remdesivir's effectiveness, the FDA
approved the antiviral drug remdesivir to treat COVID-19 following clinical trials suggesting that in patients
aged 12 and older and weighing at least 40 kilograms, remdesivir may modestly speed up recovery time.
Monoclonal antibodies: anti-SARS-CoV-2 monoclonal antibodies that target the SARS-CoV-2 spike
protein and block virus entry into cells have been evaluated for the treatment of COVID-19. To date, the
FDA has issued EUAs for several anti-SARS-CoV-2 monoclonal antibodies and combinations:
bamlanivimab alone, bamlanivimab plus etesevimab, casirivimab plus imdevimab, and tocilizumab.
▪
Persistent neurological symptoms are reported in up to 25 percent86 of people who develop COVID-19. The
condition they are suffering from is known as “long COVID” or “post-COVID”, although other names are being
proposed, such the name proposed by the US National Institutes of Health: post-acute sequelae of SARS-CoV-2
infection, or “PASC”. There appear to be two main groups of symptoms, one that is mainly respiratory, such as a
cough and feeling breathless, but also includes fatigue and headaches, and a second group of symptoms that
affects many parts of the body, including the heart, brain and the gut, that range from memory, concentration or
sleep problems, to fast or pounding heartbeat, lingering loss of smell or taste, depression or anxiety. A smaller
number of COVID-19 patients develop severe psychotic symptoms. Due to the variety of symptoms, there is today
no specific treatment approved for post-COVID.
5.3.1 Pre-clinical research in COVID-19
GeNeuro, working in collaboration with the International Center for Infectiology Research in Lyon, France (CIRI),
started a research effort to understand why W-ENV was found at high levels in the blood of hospitalized COVID-19
patients. Preliminary findings, available online on MedRxiv87, show that when human peripheral blood mononuclear
cells from healthy donors were cultured and exposed to SARS-CoV-2, about 20% of donors responded by
expressing W-ENV in lymphocytes, cells in which the virus did not replicate – see illustration in Figure 33 below.
This expression was triggered specifically by the spike protein of SARS-CoV-2, independently from cytokine
release. This research suggests a genetic and/or epigenetic susceptibility associated to the activation of W-ENV in
blood lymphoid cells, which could be important in understanding how SARS-CoV-2 infection may lead to severe
forms of COVID-19 in some patients.
Figure 33: W-ENV immunodetection in primary PBMC cultures from healthy blood donors with SARS-CoV-2
86 Source: Desai et al, Neurological manifestations of coronavirus disease 2019, Neurol Sci. 2021 Jan
87 Source: Charvet B, Horvat B et al, “SARS-CoV-2 induces human endogenous retrovirus type W envelope protein expression
in blood lymphocytes and in tissues of COVID-19 patients”, MedRxiv, January 2022
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Heretofore, W-ENV had been found in specific disease situations, and its presence has always been tied to negative
disease outcomes for the patient. The pro-inflammatory effects of W-ENV are mediated through the activation of
the TLR4 innate immune receptor, a pathway closely associated with some of the key features of COVID-19, such
as hyper-activation of immune functions, endothelial cell activation, vasculitis as well as coagulopathy. W-ENV has
mostly been studied in neurodegenerative diseases, with widely observed pathogenic effects on peripheral and
central nervous system cells. The presence of W-ENV in COVID-19 patients may have a double effect: in the short-
term, when activated in genetically susceptible individuals, W-ENV could act as an accelerant to the innate immune
response, fueling complications and leading to the need for ventilation. But even after the primary infection is over,
if W-ENV has reached a self-fueling expression level, it could cause persistent damage to endothelial cells in blood
vessels and also to cells from the peripheral and central nervous system, which could explain many of the long-
term neurological symptoms experienced by patients long after SARS-CoV-2 infection.
5.3.2 Clinical data linking W-ENV to COVID-19
In a study published in the Lancet’s EBioMedicine88, researchers from the University of Rome “Tor Vergata” have
found (i) that W-ENV was highly expressed in the leukocytes of COVID-19 patients but not in those of healthy
donors (see Figure 34 below) ; (ii) that the expression of W-ENV correlated with the markers of T-cell differentiation
and exhaustion and blood cytokine levels; (iii) that the percentage of W-ENV-positive lymphocytes correlated with
inflammatory markers and pneumonia severity in COVID-19 patients; and (iv) that, notably, W-ENV expression
reflected the respiratory outcome of patients during hospitalization. Given the known immuno- and neuro-
pathogenicity of W-ENV protein, it could promote certain pathogenic features of COVID-19 and therefore serve as
a biomarker to predict clinical progression of disease and as a potential therapeutic target.
Figure 34: expression of HERV-W in leukocytes of COVID-19 patients89
Figure 35: correlation between HERV-W expression in lymphocytes and respiratory outcome88
5.3.3 Possible Clinical Development in COVID-19
Until the studies referred to above, the highly pro-inflammatory W-ENV, usually found in specific disease situations,
mostly in the brain, had never before been observed circulating in the body at high levels and, in particular, was
88 Source : Balestrieri E, Matteucci C et al, Evidence of the pathogenic W-ENVelope expression in T lymphocytes in association
with the respiratory outcome of COVID-19 patients, Lancet EBioMedicine, April 2021
89 Source : University of Rome « Tor Vergata”, April 2021
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never seen expressed in T-lymphocytes. Understanding the mechanisms leading from SARS-CoV-2 infection to
severe disease is critical for the development of effective treatments. The identification of the association between
W-ENV expression and inflammatory and immune dysfunction in COVID-19 opens an avenue for further
investigation of its role as a trigger of detrimental immune response and potential target for therapy. The scientific
rationale for the development of temelimab for the treatment of COVID-19 is supported by the above findings and
by the known pro-inflammatory properties of the W-ENV protein. These may shed a new light on the development
of severe forms of COVID-19, and may also offer an unforeseen opportunity to stop this evolution through a novel
therapeutic approach.
With W-ENV being a possible aggravating agent of COVID-19, and with GeNeuro’s temelimab being a humanized
monoclonal antibody that, with a very solid safety record specifically neutralizes this pathogenic protein, GeNeuro
has started working with leading medical centers in Europe and the USA to evaluate temelimab as a therapeutic
treatment to tackle severe neurological and psychiatric syndromes in post-COVID patients. Given the current
evolution of the pandemic and the treatments available for recently infected patients, GeNeuro has put on hold
projects to prevent immune system hyper-activation in recently infected patients.
In addition to acute COVID-19, large numbers of patients who have been infected with SARS-CoV-2 continue to
experience a constellation of symptoms long past the time that they’ve recovered from the initial stages of COVID-
19 illness. Often referred to as post-COVID, these symptoms, which can include fatigue, shortness of breath, “brain
fog”, sleep disorders, fevers, gastrointestinal symptoms, anxiety, and depression, can persist for months and can
range from mild to incapacitating. These are present before, during, and after respiratory symptoms and are
unrelated to respiratory insufficiency, suggesting independent damage of the nervous system. In some cases, new
symptoms arise well after the time of infection or evolve over time. A retrospective cohort study conducted on
electronic health records of 236,000 US COVID-19 survivors confirms the high incidence of long-term neurological
or psychiatric symptoms in COVID-19 patients , with an incidence of neurological or psychiatric diagnosis in the 6
months following COVID-19 of 33.6% in all patients, and of 12.8% for patients where this was the first such
diagnosis. In a report published in July 2021 by the UK Office of National Statistics, 14% of SARS-CoV-2 positive
persons reported having symptoms, mostly of neurological nature, that last more than three months. For post-
COVID patients, whose symptoms are highly heterogeneous, GeNeuro has worked on developing a W-ENV
biomarker to enable patient stratification to understand the nature of the affections and define treatment options.
Patients positive to W-ENV would be immediate candidates for a treatment with temelimab, as one of the very few
present approaches to treat PASC patients.
In this connection, GeNeuro announced on December 13, 2021, that it had been selected as one of the four projects
retained by the Swiss FOPH within the framework of the CHF 50 million “Federal Funding Programme for COVID-
19 Medicines” incentive, and that it would receive a grant of 6.7 million Swiss francs (€6.4 million) to co-fund (up to
50%) a Phase II clinical trial to treat patients with long-standing COVID who exhibit neuropsychiatric symptoms.
This randomized, placebo-controlled, multicenter Phase II study aims to enroll 200 post-COVID patients with
biomarker confirmation of W-ENV presence and presenting severe neuropsychiatric symptoms hampering their
pursuit of daily living and professional activities, excluding patients who required Intensive Care Unit treatment
during the acute COVID-19 phase. Participants would receive intravenous (IV) temelimab at a dose of 54 mg/kg
every 4 weeks for 6 months, or placebo, both in addition to standard-of-care treatment. The study’s primary endpoint
would be a composite of individual change from baseline to the end of study for cognitive functions as measured
by the Token Motor test (as part of the Brief Assessment of Cognition (BAC) test) and for fatigue as measured by
the PROMIS Fatigue SF7a T-score. Secondary endpoints would include a battery of cognitive measures based on
the BAC tests, as well self-reported neuropsychiatric symptoms covering cognition, fatigue, anxiety, depression,
quality of life , etc., and other safety and W-ENV biomarkers. The study would incorporate a built-in interim analysis
for safety, futility, or overwhelming efficacy, based on predetermined decision criteria, after 100 patients will have
been treated for 3 months. Subject to securing the remaining part of the funding required for this study, recruitment
is expected to start in the spring of 2022.
5.4 The HERV Platform in other indications
Recent biomedical research is showing that most chronic conditions affecting human beings are the consequence
of a combination of factors that include genetic, hormonal, and environmental triggers. HERVs belong to this modern
view of disease, acting through the combination of genetic predisposition and external factors to become reactivated
and acting directly as causal agents for disease.
Over 26 families of HERVs have been identified and GeNeuro believes that they represent factors for chronic,
multifactorial diseases with an autoimmune component. Developing the knowledge of the role played by HERV
proteins in such diseases makes it possible to envision the development of therapies for many diseases for which
there are currently no satisfactory treatments.
GeNeuro has focused its research on the HERV proteins W-ENV and HERV-K ENV and has established
relationships with third-party research groups studying this protein and other HERV proteins in different diseases.
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5.4.1 Amyotrophic Lateral Sclerosis
Amyotrophic lateral sclerosis (“ALS”) is a devastating motor neuron disease that occurs most often as a sporadic
disease with no known cause or inheritance pattern. It was first described by the French neurologist Jean-Martin
Charcot. The name ALS reflects both the degeneration of corticospinal motor neurons, the descending axons of
which show altered structure in the lateral spinal cord (lateral sclerosis) and the demise of spinal motor neurons,
with secondary denervation associated with muscle wasting (amyotrophy). ALS is a rapidly progressive and
ultimately fatal neurodegenerative disease resulting from motor neurons degeneration in the cerebral motor cortex,
the brainstem and spinal. ALS can affect people of any age, but usually starts around the age of 60 and in inherited
cases around the age of 50. The average survival from onset to death is three to five years. According to research
by the ALS Association, a little over 5,000 people in the U.S. are diagnosed with ALS each year, as many as 20,000
Americans have the disease at any given time and as many as 150’000 worldwide90. About 10% of ALS cases
appear to be genetically transmitted in families (hereditary ALS) in association with specific genomic mutations
whereas 90% are sporadic91. ALS is also considered a multisystem neurodegenerative disorder that can include
cognitive and behavioral changes in addition to muscle weakness.
Today, there is no cure for ALS. There are three current approved medications that may extend life by a few months
but do not strop the process of motor neuron death and do little to treat the underlying cause of ALS. Costs
associated with ALS are greater than that of other neurological diseases, indicating a continued need for medical
advances and financial support for patients and families. Most patients with ALS condition die from respiratory
failure.
Increased reverse transcriptase (RT) activity was found in the serum of ALS patients, which led to the speculation
that RT activity may derive from inherited active human endogenous retroviruses (HERVs). HERVs represent 8%
of the human genome and the HERV-K family comprises recently integrated copies in the human genome.
Sequencing studies revealed that HERV-K sequences are more frequently expressed in patients with ALS
compared to controls92. HERV-K gag- pol and env RNA have significantly elevated expression in brains from ALS
patients compared to controls.
Dr. Nath, Clinical Director of the National Institute of Neurological Disorders and Stroke (“NINDS”), part of the U.S.
National Institutes of Health (“NIH”), and his research group have discovered the expression and the pathogenic
effects of the envelope protein from HERV-K in ALS93. Their research has evidenced that:
−
pathogenic HERV-K ENV proteins are expressed in the brains of ALS patients, and observed in the
anterior horn of the spinal cord, the site of lower motor neurons that degenerate in ALS94.
HERV-K RT expression correlates with TDP-43 (TAR - transactivation responsive- DNA binding protein
43) deposits which are thought to be critical in motor neuron degeneration and are considered the final
hallmark of ALS95
−
−
−
HERV-K ENV induces toxicity in human motor neurons in vitro. Transgenic mice expressing the HERV-K
ENV gene developed an ALS-like motor neuron dysfunction and develop profound weakness of the limbs
and spinal muscles, including those for respiration, resulting in 50% mortality by 10 months. These signs
of motor dysfunction observed in transgenic mice expressing HERV-K ENV support the pathophysiological
role of HERV-K ENV in this disorder96
HERV-K ENV expression appears to be specific to ALS, since it could not be found in patients with MS,
Parkinson’s or Alzheimer’s disease97.
The possibility that HERV-K plays a crucial role in the pathophysiology of ALS could explain why several
researchers have detected RT in ALS brain and blood samples, but have not been able to demonstrate human-to-
animal or human-to-human transmission of the disease, because HERVs arise from the genome and not from the
environment. Further, it may also explain the anatomical spread of the illness through paracrine activation of
permissive autologous cells, which generally starts in one region of the body and then spreads along an anatomical
pathway98.
90 Sources: alsa.org, arsla.org
91 Source : NIH Amyotrophic Lateral Sclerosis (ALS) Fact Sheet.
92 Source: Douville, Liu et al. 2011, Douville and Nath 2014
93 Source: Li W, Lee MH, Henderson L, et al. Human endogenous retrovirus-K contributes to motor neuron disease. Sci Transl
Med. 2015 Sep
94 Source: Douville R et al. Ann Neurol. 2011; Alfahad et al. Antiviral Res. 2013; Li et al. ibid; Dolei A et al. Int J Mol Sci. 2019
95 Source: Manghera M et al. Neurobiol Dis, 2016; Li et al. ibid; Krug et al. PLoS Genet. 2017; Chang et al. Curr Biol. 2019
96 Source : Li et al, ibid
97 Source: Li et al, ibid.; Arru et al. Eur J Neurol. 2018; Douville et al. ibid
98 Source: Kury, Nath, et al. 2018
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Taken together, these findings suggest that endogenous retroviral elements and HERV-K in particular are involved
in the pathophysiology of ALS and could be the missing link between TDP43 and ALS99. Thus, HERV-K ENV protein
expression within neurons of patients with ALS may contribute to neurodegeneration and disease pathogenesis.
In February 2017, GeNeuro signed a Cooperative Research and Development Agreement (“CRADA”) with the
NINDS to develop novel therapeutic antibodies for the treatment of amyotrophic lateral sclerosis. The research has
evaluated the ability of these antibodies to neutralize a potential causal factor of ALS, the envelope protein of HERV-
K (a family of Human Endogenous Retroviruses, HERVs). Under the terms of the agreement, GeNeuro provided
antibodies designed to block the activity of HERV-K Envelope protein. These candidate antibodies were tested in
cellular and animal models of HERV-K associated ALS by the NINDS, and have achieved preclinical proof-of-
concept of this novel therapeutic avenue addressing ALS pathogenesis.
Following the positive results of this pre-clinical work, GeNeuro has in October 2018 entered into an agreement
with the NIH granting GeNeuro an exclusive license on the jointly owned HERV-K patent. Based on this, the
Company has now launched a preclinical development program for its GNK301 HERV-K ENV antibody, a high
quality preclinical humanized mAb that is now ready for GMP production. In October and December 2021, the
NINDS and GeNeuro presented novel pre-clinical results of their joint ALS preclinical research program. These
results:
•
•
•
confirm that HERV-K ENV is present in the cerebro-spinal fluid of sporadic ALS patients;
elucidate the pathogenic effect of HERV-K ENV on motor neurons; and
show in preclinical models the therapeutic potential of GeNeuro’s specific anti-HERV-K ENV antibody.
This joint NINDS/GeNeuro study has unveiled and characterized new pathogenic mechanism and has shown the
specific and efficient inhibition of HERV-K ENV neurotoxic effects from the extracellular medium in vitro and in vivo,
using GeNeuro’s anti HERV-K K01 monoclonal antibody. This novel preclinical data holds promises that neutralizing
HERV-K ENV with GeNeuro’s antibody could become a treatment option for patients with sporadic ALS and
GeNeuro’s preclinical development program has enabled its anti-HERV-K ENV antibody to now be humanized and
ready to enter GMP manufacturing. Subject to funding, the program could start clinical trials as early as 2023. Based
on its current resources, the Company has decided to open active partnership discussions for this program.
5.4.2 Inflammatory Psychosis
Inflammatory psychosis includes schizophrenia (“SCZ”) and bipolar disorder (“BD”) observed in patients presenting
an inflammatory syndrome marked with an increase in C-reactive protein100. Schizophrenic symptoms include
hallucinations, delusions, paranoïa leading to social withdrawal; BD is characterized by episodes of agitation and
elation or depression.
About 1% of the population worldwide suffers from psychotic disorders, and no curative treatments exist today:
antipsychotic drugs or mood stabilizers are symptomatic treatments but frequently these drugs do not prevent
mental handicap and social withdrawal, and have severe side effects.
W-ENV and GAG proteins are increased in the PBMC and serum of 50% to 60% of patients with SCZ and BD
correlated with an increase of C-reactive protein. HERV-W genes and proteins are expressed in the cortex of
patients with psychotic disorders101. It has also been evidenced that demyelination due to W-ENV could participate
in the neuropsychiatric dysfunction 102. HERV-W can be triggered by viruses or bacteria such as Influ-enza, Herpes
or T gondii, germs which are epidemiologically associated with SCZ.
GeNeuro has ongoing collaborations with research centers in France (Créteil and Bordeaux) on epidemiological
studies and animal models of psychotic disorders, with the objective to achieve a preclinical proof-of-concept with
a clear strategy to enter clinical trials. This has led to a translational study, published in Science Advances 103, which
found that HERV-W proteins, which have been previously found in patients with inflammatory psychosis, such as
schizophrenia and bipolar disorders, induce glutamate receptor disorganization and behavioral deficits in vitro and
in vivo. This leads to disruption of synaptic glutaminergic communication and results in the emergence of psychosis
symptoms, allowing to establish a clear link between the presence of a human endogenous retrovirus envelope
protein and corruption of nerve pathway development. This leads to disruption of synaptic glutaminergic
communication and results in the emergence of inflammatory psychosis symptoms.
99 Source: Alfahad et al, ibid
100 Source: Huang et al. Human endogenous retroviral pol RNA and protein detected and identified in the blood of individuals
with schizophrenia. Schizophr Res. 2006
101 Source: Karlsson et al. Retroviral RNA identified in the cerebrospinal fluids and brains of individuals with schizo-phrenia. Proc
Natl Acad Sci U S A. 2001
102 Source: Qin et al. Elevation of Ser9 phosphorylation of GSK3beta is required for W-ENV-mediated BDNF signaling in human
U251 cells. Neurosci Lett. 2016.
103 Science Adv. Human endogenous retroviral protein triggers deficit in glutamate synapse maturation and behaviors associated
to psychosis. E. M. Johansson, D. Bouchet, R. Tamouza, P. Ellul, AS. Morr, E. Avignone, R. Germi, M. Leboyer, H. Perron,
L. Groc
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5.4.3 Type 1 Diabetes
Type 1 diabetes (T1D) is a chronic disease that results from the autoimmune destruction of the insulin-producing
beta cells in the pancreas. As a result, the pancreas produces little or no insulin, a hormone needed to allow sugar
(glucose) to enter cells and produce energy. People with T1D need daily insulin injections in order to manage their
glucose level and would not be able to survive without insulin.
T1D is the major type of diabetes in children, accounting for over 85% of all diabetes cases in people under the age
of 20 worldwide. In general, the incidence rate increases from birth and peaks between the ages of 10–14 years
during puberty. T1D is distinct from the more common type 2 diabetes, which occurs when the body becomes
resistant to insulin, a condition generally associated with lifestyle, with onset predominantly in adulthood.
There is no cure today for T1D, but insulin replacement therapy for life allows patients to manage the condition. Yet
even with careful management, long-term complications generally develop over decades as a result of fluctuations
in blood sugar levels. Serious long-term complications include heart disease, stroke, kidney failure, foot ulcers, and
damage to the eyes. The origin of T1D is unknown, but a combination of genetic susceptibility factors and
environmental triggers such as viral infection, toxins or some dietary factors have been implicated indifferent
studies. T1D accounts for 5–10% of the total cases of diabetes worldwide104
.
5.4.3.1 Pre-clinical research in T1D
Viruses such as influenza, rhinovirus or Epstein-Barr are epidemiologically linked to T1D, and in particular
Coxsackie B virus has been found to be associated with this disorder. Results from a preliminary suggest that only
certain enteroviral strains have the potency to transactivate HERV-W and may “turn-on” a self-sustaining and
expanding HERV-W expression in cells they have infected, i.e. in the pancreas105. This observation is compatible
with low-dose infections of target tissues by environmental viruses as a cause of endogenous retroviral-mediated
pathogenesis in T1D. The role of W-ENV has been further investigated by GeNeuro. W-ENV was detected in human
T1D patients by three different methods, and in three different types of human samples. A PCR study on leucocytes
of T1D patients and of non-T1D blood donors, an antigenemia study with an ELISA method on serum from 30 T1D
patients and from 93 non-T1D blood donors, and immunohistochemical analyses on human pancreas biopsies. In
summary these three methods confirmed that the difference of W-ENV RNA levels or of W-ENV protein detection
was statistically significant (p<0.0001)106
.
GeNeuro has also demonstrated that W-ENV protein appears to be toxic on beta-cells, by direct inhibition of insulin
secretion in a dose-dependent manner in primary human Langerhans islets and in rat INS1E insulinoma cell line107
.
In T1D, it has been shown that W-ENV induces a strong release of pro-inflammatory cytokines such as IL-6 and
TNF-α in C57BL/6 mice in the blood, two cytokines found elevated in T1D. HERV-W-Env injected intravenously
induces a strong release of IL-6 and TNF-α in mice blood 2 h after its administration, two cytokines expressed in
T1D. This general effect is inhibited by the administration of temelimab, indeed a concomitant temelimab
administration antagonizes the release of IL-6 and TNF-α induced by W-ENV in mice (see Figure 36).
Figure 36: Release of pro-inflammatory cytokines induced by HERV-W-Env is reversed by temelimab treatment in
mice.
104
Source: Diagnosis and classification of diabetes mellitus. Diab care. 2009
Source: Levet S, Medina J, Joanou J, Demolder A, Queruel N, Réant K, Normand M, Seffals M, Dimier J, Germi R, Piofczyk
105
T, Portoukalian J, Touraine JL, Perron H. “An ancestral retroviral protein identified as a therapeutic target in type-1 diabetes.
“ JCI Insight. 2017 Sep
Source: ibid
Source: ibid
106
107
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Temelimab has been tested in preclinical diabetic models. In the in vitro models of T1D, temelimab has been shown
to inhibit the toxic effect induced by W-ENV: the dose-proportional toxic effect on primary human pancreatic beta
cells in vitro is blocked by temelimab (see Figure 37). Temelimab allows the insulin secretion by human beta cells
exposed to W-ENV to be maintained. Indeed, in presence of temelimab, insulin secretion remained stable above
750 μM despite 100 ng/mL of pHERV env, whereas it dropped statistically significantly in absence of temelimab108
.
Figure 37: Effect of temelimab and W-ENV protein on Insulin secretion by pancreatic human βcell in response to
glucose.
A summary of the data developed by GeNeuro and academic collaborators in T1D was published in the Journal of
Clinical Investigation Insights109. These findings have also been presented in oral presentations and posters at
international meetings dedicated to diabetes such as the American Diabetes Association (ADA) congress (most
recently at its 78th Scientific Session, held June 22-26, 2018 in Orlando, Florida), and have received a very strong
response from practitioners that do not have any disease-modifying drugs available today. The safety profile of
Temelimab has facilitated the launch of a Phase IIa trial on T1D patients in combination with managed insulin
replacement, as described further below.
5.4.3.2 RAINBOW-T1D
In 2017, GeNeuro launched a Phase IIa clinical trial in Australia on temelimab with T1D patients. The study, called
RAINBOW-T1D110, assessed the safety of repeated doses of temelimab and the insulin secretion and the
autoimmune T1D process. The primary objective of the study was to evaluate the safety and tolerability of
temelimab in patients with recent onset of T1D: temelimab was tested versus placebo in a double-blind phase at
the dose of 6 mg/kg in 60 patients for 6 repeated 4-weekly doses, followed by an optional open-label extension
phase where all patients received temelimab at the dose of 6 mg/kg for 6 additional repeated administrations.
Temelimab was given as an add-on to the patient’s usual insulin administration. The secondary objective was to
determine the pharmacodynamic response to temelimab on biomarkers of T1D, in particular biomarkers assessing
the insulin function and biomarkers related to auto-immune processes. Enrolled patients were male or female with
a definite diagnosis of T1D made a maximum of 4 years prior to the signed informed consent, with some remaining
insulin secretion, assessed by the C-peptide blood level recorded after a standardized meal. The primary endpoints
were related to safety: Serious Adverse Events (SAE), Adverse Events (AE), physical examination, vital signs and
clinical laboratory values. The secondary endpoints were pharmacodynamics endpoints related to diabetes:
glycated haemoglobin (HbA1c) blood levels; C-peptide blood levels after standardized meals; Anti-glutamic acid
decarboxylase-65 antibody, anti-islet cell antibody, anti-insulin antibody, anti-zinc transporter 8 antibody. HERV-W-
Env biomarkers as well as other biomarkers and anti-temelimab antibodies were measured. The study actually
recruited 64 patients in 13 centers in Australia, of which 61 (95%) completed the double-blind 24-week treatment
period. 45 patients entered the 6-month open-label extension phase.
The 24-week interim results of RAINBOW were published in September 2018 and the final 48-week results were
announced in May 2019. The study met its primary endpoint of safety in this new patient population as there were
no serious related adverse events in the treatment arm, and the number of adverse events was lower with temelimab
than with placebo. All pharmacodynamic markers remained stable over time, without separation between the groups
in this small population of adult patients with a well-controlled disease, characterized by high residual C-peptide
and moderate HbAc1 levels, and low insulin consumption. Some encouraging signals were observed, such as a
32% reduction at 24 weeks in the total number of hypoglycemic episodes in the treated group versus placebo
(p<0.0001). Also noted at 24 weeks was a 21% decrease of anti-insulin antibodies in the treatment group, versus
an increase of 23% in the placebo group (p<0.01). The 48-week results, which were focused on secondary
108
Source: Levet S, Medina J, Joanou J et al. An ancestral retroviral protein identified as a therapeutic target in type-1 diabetes.
JCI Insight. 2017 Sep 7;2(17). pii: 94387.
Ibid.
Standing for, RAndomIsed, Double-Blind, PlacebO-Controlled Study to Investigate Temelimab in Patients With Onset of
109
110
Type 1 Diabetes Within 4 Years
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endpoints, confirmed all previously-observed positive observations in the trial. But given the low occurrence of
events in this well-controlled population and the small size of the Phase IIa cohort, these signals require confirmation
through investigation in larger populations with a more recent onset.
The small cohort size and low occurrence of events confirmed the excellent tolerability of temelimab but did not
allow for definitive efficacy conclusions. The absence of any safety signal seen thus far opens the door to trials in
larger diabetic populations, potentially in pediatric patients who represent 80% of cases at onset, and where disease
modifying therapies are sorely needed.
At present the Company is not planning a study in T1D in the near term.
5.5 Chronic Inflammatory Demyelinating Polyradiculoneuropathy (CIDP)
CIDP is a rare autoimmune disorder of the peripheral nervous system (“PNS”) with a worldwide incidence of
approximately one or two for every 100,000111 persons and with orphan disease status in Europe and the United
States. CIDP is related to multifocal inflammation and demyelinating lesions of the proximal PNS. From a
pathological and clinical standpoint, CIDP has numerous analogies with MS and is sometimes called the “MS of the
peripheral nervous system.” Existing CIDP therapies are intravenous human immunoglobulins (“IVIG”),
corticosteroids, and plasma exchange. Long-term therapy is often limited by side effects and one-third of patients
are refractory to existing treatments. This situation illustrates a critical unmet medical need for alternative treatments
for CIDP and diagnostic biomarkers.
Indeed, several studies112 have confirmed the presence of W-ENV in half of the patients with CIDP, and the
expression of W-ENV protein in Schwann cells in lesions caused by CIDP. The effects of W-ENV expression were
studied in vitro in cultured human Schwann cells (“HSC”). The cells expressing W-ENV presented a strong and
significant increase of IL-6 and CXCL10 transcripts levels, which are both pro-inflammatory.
The US FDA granted an Orphan Drug Designation (ODD) for temelimab in CIDP in February 2018.
5.5.1.1 W-ENV in CIDP
The scientific rationale for the development of temelimab for the treatment of CIDP is supported by epidemiological
and in vitro observations. Two independent studies were conducted to confirm the association of CIDP with W-ENV
expression113 . Levels of W-ENV mRNA in peripheral blood mononuclear cells (PBMCs) were analyzed with a highly
selective set of primers for HERV-W RNA.by quantitative real-time polymerase chain reaction (q-RT-PCR). W-ENV
RNA expression was significantly higher in CIDP patients than in the control group (p<0.001). Essentially, both
studies showed that 40-50 % of CIDP patients have statistically significant higher expression levels of W-ENV
mRNA compared to healthy controls. Schwann cells are at the interface of the immune and peripheral nervous
system. CIDP affects the peripheral myelin, which is produced by the Schwann cell. Schwann cells’ integrity and
their interactions with axons are crucial in peripheral nerve physiology, and they represent key targets in
inflammatory neuropathies114. Schwann cells cumulate the physiological roles of oligodendrocytes, astrocytes, and
microglial cells, and can adapt to injury, and promote nerve repair. Thus, Schwann cells play a central role in PNS
physiology. To study the role of W-ENV in the pathophysiological cascade leading to CIDP, the morphology of HSC
in presence of W-ENV in primary cultures was explored by contrast-phase microscopy. A strong TLR4
immuno-labeling was detected at the plasma membrane of the cells indicating that they express W-ENV receptors,
and have the potential to respond to W-ENV stimulation. Moreover, in several independent experiments, it was
shown that low concentrations of W-ENV significantly increases the expression of CXCL10 in primary cultures of
HSC115. As numerous reports have highlighted the critical pathological role of CXCL10 in CIDP, CXCL10 is
proposed as a key factor involved in the infiltration of spinal nerve roots and peripheral nerves by macrophages and
T cells. Moreover, CXCL10 is a relevant peripheral biomarker of CIDP. CXCL10 has been shown to be significantly
elevated in the sera of CIDP patients’ cohorts where W-ENV is significantly overexpressed.
GeNeuro investigated the effects of temelimab on the W-ENV action on HSC, with a primary focus on CXCL10 and
IL-6 expression, two cytokines of importance in CIDP. It was shown that Schwann cells express TLR4 receptors at
111Sources : GBS/CIDP Foundation International, https://www.gbs-cidp.org/cidp/all-about-cidp/
112 Sources : Perron et al., 2012 ibid.; Source: Faucard R, Madeira A, Gehin N et al. Human Endogenous Retrovirus and
Neuroinflammation in Chronic Inflammatory Demyelinating Polyradiculoneuropathy. EBioMedicine. 2016 Apr;
113 Source: Faucard R, Madeira A, Gehin N et al. Human Endogenous Retrovirus and Neuroinflammation in Chronic Inflammatory
Demyelinating Polyradiculoneuropathy. EBioMedicine. 2016 Apr;6:190-198.
114 Source: Rosso G, Young P, Shahin V. Implications of Schwann Cells Biomechanics and Mechanosensitivity for Peripheral
Nervous System Physiology and Pathophysiology. Front Mol Neurosci. 2017 Oct 25;10:345.
115 Source: Faucard et al., ibid.
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their plasma membrane and that W-ENV induces a strong and robust overexpression of CXCL10 and IL6, while
the addition of temelimab (200 nM) inhibits this effect for both cytokines as shown in Figure 38 below116
.
Figure 38: Inhibition of W-ENV-induced overexpression of CXCL10 or IL-6 by temelimab in human Schwann Cells
in primary culture
Given the difficulty of recruiting patients affected by this rare disease, the Company is not planning a study in CIDP
in the near term.
5.5.2 Other Opportunities
The number of HERV families has grown to more than 26 to date and much research is underway to better
understand their roles in the disease. In May 2015, GeNeuro held the first “HERV and Disease” international
congress in Lyon, bringing together research teams working on HERVs as potential driving factors in poorly
understood diseases. A summary of the congress was published in the scientific journal Mobile DNA117 (Perron,
Feschotte and collaborator, in press), and relayed by biotech media. Many emerging links to diseases for which
there is no treatment were presented, in particular the one by Dr. Avindra Nath supporting a therapeutic rationale
for targeting HERV-K in ALS, a devastating neurodegenerative disease for which there is currently no treatment.118
GeNeuro believes that it has established a leadership role in both HERV research and in bringing the community
of HERV researchers together. GeNeuro wants to play an important part by contributing to a better understanding
of the role of HERVs in disease, by being the clear leader in the development of novel therapies targeting disease-
causing HERV proteins. GeNeuro’s intention is to continue supporting external research to accelerate the transition
of these potential new treatments from the lab to patients.
In order to promote this objective, GeNeuro organized in March 2017 the second “HERV & Disease” congress, in
Washington DC, USA. This congress, co-chaired by Dr Avindra Nath, head of the NINDS (National Institute of
Neurological Disorders and Stroke), part of the US NIH, was geared solely to neurological pathologies. A third
edition of the “HERV & Disease” congress took place in Lyon, France, in November 2019. Excerpts from this
congress were released in scientific publications. Due to the COVID-19 pandemic, the planned 2021 edition was
postponed.
116 Source: Faucard R, Madeira A, Gehin N et al. Human Endogenous Retrovirus and Neuroinflammation in Chronic
Inflammatory Demyelinating Polyradiculoneuropathy. EBioMedicine. 2016 Apr;6:190-198.
117 Source: Nath A, Kury P, Sciascia do Olival G et al. Meeting report: First international workshop on human endogenous
retroviruses and diseases, HERVs & disease 2015. Mobile DNA 2015 6:20 (Oct 15). 78.
118 Source: Nath, Science Translational Medicine (Li W, Lee MH, Henderson L, Tyagi R, Bachani M, Steiner J, Campanac E,
Hoffman DA, von Geldern G, Johnson K, Maric D, Morris HD, Lentz M, Pak K, Mammen A, Ostrow L, Rothstein J, Nath A.
“Human endogenous retrovirus-K contributes to motor neuron disease”. Sci Transl Med. 2015 Sep 30; 7(307):307ra153.
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in serum of patients with multiple sclerosis”. Lancet 351:33.
Johanson EM, Groc L et al, “Human endogenous retroviral protein triggers deficit in glutamate synapse maturation
and behaviors associated with psychosis”, Science Advances 2020 July
Kornmann G, Curtin F, “Temelimab, an IgG4 Anti-Human Endogenous Retrovirus Monoclonal Antibody: An Early
Development Safety Review”, Drug Safety 2020 Dec;43(12):1287-1296. doi: 10.1007/s40264-020-00988-3
Kremer D, Schichel T, Förster M, Tzekova N, Bernard C, van der Valk P, van Horssen J, Hartung HP, Perron H,
Küry P. “Human endogenous retrovirus type W envelope protein inhibits oligodendroglial precursor cell
differentiation”. Ann Neurol. 2013 Nov; 74(5):721-32.
Kremer D, Förster M, Schichel T, Göttle P, Hartung HP, Perron H, Küry P. “The neutralizing antibody temelimab
abrogates W-ENVelope protein-mediated oligodendroglial maturation blockade”. Mult Scler. 2015 Aug; 21(9):1200-
03.
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Kremer D, Gruchot J, Weyers V, Oldemeier L, Göttle P, Hartung H-P, Küry P.“ W-ENVelope protein fuels microglial
cell dependent damage of myelinated axons in multiple sclerosis”, Proc Natl Acad Sci U S A. 2019 May
Küry P, Nath A, Créange A, Dolei A, Marche P, Gold J, Giovannoni G, Hartung HP, Perron H. Human Endogenous
Retroviruses in neurological diseases. Trends In Molecular Medicine 2018: DOI information:
10.1016/j.molmed.2018.02.007
Levet S, Medina J, Joanou J, Demolder A, Queruel N, Réant K, Normand M, Seffals M, Dimier J, Germi R, Piofczyk
T, Portoukalian J, Touraine JL, Perron H. “An ancestral retroviral protein identified as a therapeutic target in type-1
diabetes. “ JCI Insight. 2017 Sep 7;2(17). pii: 94387.
Madeira A, Burgelin I, Perron H, Curtin F, Lang AB, Faucard R. MSRV envelope protein is a potent, endogenous
and pathogenic agonist of human toll-like receptor 4: Relevance of temelimab in multiple sclerosis treatment. J
Neuroimmunol. 2016 Feb. 15;291:29-38.
Mameli, G., et al., “Brains and peripheral blood mononuclear cells of multiple sclerosis (MS) patients hyperexpress
MS-associated retrovirus/HERV-W endogenous retrovirus, but not Human herpesvirus 6.” J Gen Virol, 2007. 88(Pt
1): 264-74.
Medina J, Perron H. DNA sequences from mobile genetic elements, a hidden half of the human genome. Med Sci
(Paris). 2017 Feb;33(2):151-158.
Medina, J., et al., Endogenous retroviral sequences in the human genome can play a physiological or pathological
role. Med Sci (Paris), 2017. 33(4): p. 397-403.
Morandi, E., et al., The association between human endogenous retroviruses and multiple sclerosis: A systematic
review and meta-analysis. PLoS One, 2017. 12(2): p. e0172415.
Perron H, Lalande B, Gratacap B, Laurent A, Genoulaz O, Geny C, Mallaret M, Schuller E, Stoebner P, Seigneurin
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Perron H, Garson JA, Bedin F, Beseme F, Paranhos-Baccala G, Komurian-Pradel F, Mallet F, Tuke PW, Voisset
C, Blond JL, Lalande B, Seigneurin JM, Mandrand B. Molecular identification of a novel retrovirus repeatedly
isolated from patients with multiple sclerosis. The Collaborative Research Group on Multiple Sclerosis. Proc Natl
Acad Sci U S A. 1997 Jul 8;94(14):7583-8.
Perron H, Germi R, Bernard C, Garcia-Montojo M, Deluen C, Farinelli L, Faucard R, Veas F, Stefas I, Fabriek BO,
Van-Horssen J, Van-der-Valk P, Gerdil C, Mancuso R, Saresella M, Clerici M, Marcel S, Creange A, Cavaretta R,
Caputo D, Arru G, Morand P, Lang AB, Sotgiu S, Ruprecht K, Rieckmann P, Villoslada P, Chofflon M, Boucraut J,
Pelletier J, Hartung HP (2012). “Human endogenous retrovirus type W envelope expression in blood and brain cells
provides new insights into multiple sclerosis disease”. Mult Scler. 2012 Dec;18(12):1721-36.
Perron H, Jouvin-Marche E, Michel M, Ounanian-Paraz A, Camelo S, Dumon A, Jolivet-Reynaud C, Marcel F,
Souillet Y, Borel E, Gebuhrer L, Santoro L, Marcel S, Seigneurin JM, Marche PN, Lafon M. Multiple sclerosis
retrovirus particles and recombinant envelope trigger an abnormal immune response in vitro, by inducing polyclonal
Vbeta16 T-lymphocyte activation. Virology. 2001 Sep 1;287(2):321-32
Perron, H., et al., “Endogenous retrovirus type W GAG and envelope protein antigenemia in serum of schizophrenic
patients.”Biol Psychiatry, 2008. 64(12): 1019-23.
Perron, H., et al., “Molecular characteristics of Human Endogenous Retrovirus type-W in schizophrenia and bipolar
disorder”. Transl Psychiatry, 2012. 2: p. e201.
Rolland A, Jouvin-Marche E, Viret C, Faure M, Perron H, Marche PN (2006), “The envelope protein of a human
endogenous retrovirus-W family activates innate immunity through CD14/TLR4 and promotes Th1-like responses”.
J Immunol 176:7636-44.
Ruprecht, K., et al., “Lack of immune responses against multiplesclerosis-associated retrovirus/human endogenous
retrovirus W in patients with multiple sclerosis.” J Neurovirol, 2008. 14(2):143-51.
Saresella, M., et al., “Multiple sclerosis-associated retroviral agent (MSRV)-stimulated cytokine production in
patients with relapsing-remitting multiple sclerosis”. Mult Scler, 2009. 15(4): p. 443-7.
van Horssen J, van der Pol S, Nijland P, Amor S, Perron H. Human endogenous retrovirus W in brain lesions:
Rationale for targeted therapy in multiple sclerosis. Mult Scler Relat Disord. 2016 Jul;8:11-8.
Zimmermann M, Sanderson NS, Rasenack M, Lalive PH, Lang AB, Curtin F, Lindberg RL, Kappos L, Derfuss T.
Immunologic monitoring during a Phase IIa trial of the temelimab antibody in patients with MS. Neurol
Neuroimmunol Neuroinflamm. 2015 Aug20;2(5):e144.
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Other Publications
Alvarez-Lafuente, R., et al., Herpesviruses and human endogenous retroviral sequences in the cerebrospinal fluid
of multiple sclerosis patients. Mult Scler, 2008. 14(5): p. 595-601.
Brutting, C., et al., Cooccurrences of Putative Endogenous Retrovirus-Associated Diseases. Biomed Res Int, 2017.
2017: p. 7973165.
Curtin F, Perron H, Faucard R, Porchet H, Lang AB. “Treatment Against Human Endogenous Retrovirus: A Possible
Personalized Medicine Approach for Multiple Sclerosis”. Mol Diagn Ther. 2015 Oct; 19(5):255-65.
Curtin F, Perron H, Kromminga A, Porchet H, Lang AB. “Preclinical and early clinical development of temelimab, a
humanized IgG4 monoclonal antibody targeting endogenous retroviral MSRV-Env protein”. MABS. 2015; 7(1):265-
75.
Curtin F, Vidal V, Bernard C, Kromminga A, Lang AB, Porchet H. „Serum pharmacokinetics and cerebrospinal fluid
concentration analysis of the new IgG4 monoclonal antibody temelimab to treat multiple sclerosis: A Phase 1 study.”
MAbs. 2016 Jul;8(5):854-60
Curtin, F., et al., A placebo randomized controlled study to test the efficacy and safety of temelimab, a monoclonal
antibody for the treatment of multiple sclerosis - Rationale and design. Mult Scler Relat Disord, 2016. 9: p. 95-100.
Dalakas MC (2011). “Advances in the diagnosis, pathogenesis and treatment of CIDP”. Nat Rev Neurol 7:507-17.
De Sousa EA, Brannagan TH, 3rd (2006). “Diagnosis and treatment of chronic inflammatory demyelinating
polyneuropathy”. Curr Treat Options Neurol 8:91-103.
do Olival, G.S., et al., Genomic analysis of ERVWE2 locus in patients with multiple sclerosis: absence of genetic
association but potential role of human endogenous retrovirus type W elements in molecular mimicry with myelin
antigen. Front Microbiol, 2013. 4: p. 172.
Dolei (2006). “Endogenous retroviruses and human disease”. Expert Rev Clin Immunol 2:149-67.
Dolei A, Serra C, Mameli G, Pugliatti M, Sechi G, Cirotto MC, Rosati G, Sotgiu S (2002). “Multiple sclerosis-
associated retrovirus (MSRV) in Sardinian MS patients”. Neurology 58:471-73.
Dolei, A., et al., “Multiple sclerosis-associated retrovirus and related human endogenous retrovirus-W in patients
with multiple sclerosis”. J Neuroimmunol, 2014. 266(1-2): 87-8.
Dolei, A., “The aliens inside us: HERV-W endogenous retroviruses and multiple sclerosis”. Mult Scler, 2018. 24(1):
42-47.
Duperray, A., et al., “Inflammatory response of endothelial cells to a human endogenous retrovirus associated with
multiple sclerosis is mediated by TLR4” Int Immunol, 2015. 27(11): 545-53.
Firouzi R, Rolland A, Michel M, Jouvin-Marche E, Hauw JJ, Malcus-Vocanson C, Lazarini F, Gebuhrer L, Seigneurin
JM, Touraine JL, Sanhadji K, Marche PN, Perron H. “Multiple sclerosis-associated retrovirus particles cause T
lymphocyte-dependent death with brain hemorrhage in humanized SCID mice model”. J Neurovirol. 2003 Feb;
9(1):79-93.
Garson J, Créange A, Dolei A, Ferrante P, Jouvin-Marche E, Marche PN, Rieger F, Ruprecht K, Saresella M, Sotgiu
S, Tedder R, Perron H. “MSRV, Syncytin and the role of endogenous retroviral proteins in demyelination”. Mult
Scler. 2005 Apr; 11(2):249-50.
Gröger V Cynis H “Human Endogenous Retroviruses and their putative role in the development of autoimmune
disorders such as Multiple Sclerosis” Frontiers in Microbiology |2018;9:1-8
Gruchot J, Kremer D, Küry P “Neural Cell Responses Upon Exposure to Human Endogenous Retroviruses”,
Frontiers in Genetics July 2019
Kremer, D., et al., Prehistoric enemies within: The contribution of human endogenous retroviruses to neurological
diseases. Meeting report: “Second International Workshop on Human Endogenous Retroviruses and Disease”,
Washington DC, March 13th and 14th 2017. Multiple Sclerosis and Related Disorders, 2017. 15:18–23.
Kremer, D., Küry, P., Hartung, H.P. “ECTRIMS/ACTRIMS 2017: Closing in on neurorepair in progressive Multiple
Sclerosis” Multiple Sclerosis Journal In Press
Küry P, Nath A, Créange A,Dolei A, Marche PN, Gold J, Giovannoni G, Hartung HP, Perron H. “Human Endogenous
Retroviruses in Neurological Diseases”. Trends in Molecular Medicine In Press
Leboyer, M., et al., Human endogenous retrovirus type W (HERV-W) in schizophrenia: a new avenue of research
at the gene-environment interface. World J Biol Psychiatry, 2013. 14(2): p. 80-90.
Mameli G, Poddighe L, Astone V, Delogu G, Arru G, Sotgiu S, Serra C, Dolei A (2009). “Novel reliable real-time
PCR for differential detection of MSRVEnv and syncytin-1 in RNA and DNA from patients with multiple sclerosis”.
J Virol Methods 161:98-106.
Mameli, G., et al., Expression and activation by Epstein Barr virus of human endogenous retroviruses-W in blood
cells and astrocytes: inference for multiple sclerosis. PLoS One, 2012. 7(9): p. e44991.
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Mameli, G., et al., Activation of MSRV-type endogenous retroviruses during infectious mononucleosis and Epstein-
Barr virus latency: the missing link with multiple sclerosis? PLoS One, 2013. 8(11): p. e78474.
Morandi, E., et al., “The association between human endogenous retroviruses and multiple sclerosis: A systematic
review and meta-analysis.” PLoS One, 2017. 12(2): p. e0172415.Nath, A., et al., First international workshop on
human endogenous retroviruses and diseases, HERVs & disease 2015. Mobile DNA, 2015. 6(20 ): p. 1-9
Nath, A., et al., “First international workshop on human endogenous retroviruses and diseases, HERVs & disease
2015.” Mobile DNA, 2015. 6(20 ): 1-9.
Nellaker C, Yao Y, Jones-Brando L, Mallet F, Yolken RH, Karlsson H (2006). “Transactivation of elements in the
human endogenous retrovirus W family by viral infection”. Retrovirology 3:44.
Nociti V, Frisullo G, Marti A, Luigetti M, Iorio R, Patanella AK, Bianco A, Tonali PA, Grillo RL, Sabatelli M, Batocchi
AP (2010). “Epstein-Barr virus antibodies in serum and cerebrospinal fluid from multiple sclerosis, chronic
inflammatory demyelinating polyradiculoneuropathy and amyotrophic lateral sclerosis”. J Neuroimmunol 225:149-
52.
Noorali S, Rotar IC, Lewis C, Pestaner JP, Pace DG, Sison A, Bagasra O (2009). “Role of HERV-W Syncytin-1 in
Placentation and Maintenance of Human Pregnancy". Appl Immunohistochem Mol Morphol.
Perron H, Dougier-Reynaud HL, Lomparski C, Popa I, Firouzi R, Bertrand JB, Marusic S, Portoukalian J, Jouvin-
Marche E, Villiers CL, Touraine JL, Marche PN. “Human endogenous retrovirus protein activates innate immunity
and promotes experimental allergic encephalomyelitis in mice”. PLoS One. 2013 Dec. 6; 8(12):e80128.
Perron H, Lang A (2009). “The human endogenous retrovirus link between genes and environment in multiple
sclerosis and in multifactorial diseases associating neuroinflammation”. Clin Rev Allergy Immunol 39:51-61.
Rotondi M, Chiovato L (2011). “The chemokine system as a therapeutic target in autoimmune thyroid diseases: a
focus on the interferon-gamma inducible chemokines and their receptor”. Curr Pharm Des 17:3202-16.
Ruprecht K, Obojes K, Wengel V, Gronen F, Kim KS, Perron H, Schneider-Schaulies J, Rieckmann P (2006).
“Regulation of human endogenous retrovirus W protein expression by herpes simplex virus type 1: implications for
multiple sclerosis”. J Neurovirol 12:65-71.
Sotgiu S, Arru G, Mameli G, Serra C, Pugliatti M, Rosati G, Dolei A (2006a). “Multiple sclerosis-associated retrovirus
in early multiple sclerosis: a six-year follow-up of a Sardinian cohort”. Mult Scler 12:698-703.
Sotgiu S, Mameli G, Serra C, Zarbo IR, Arru G, Dolei A (2010). “Multiple sclerosis-associated retrovirus and
progressive disability of multiple sclerosis”. Mult Scler 16:1248-51.
Tran JQ, Rana J, Barkhof F, Melamed I, Gevorkyan H, Wattjes MP, de Jong R, Brosofsky K, Ray S, Xu L, Zhao J,
Parr E, Cadavid D. “Randomized phase I trials of the safety/tolerability of anti-LINGO-1 monoclonal antibody
BIIB033”. Neurol Neuroimmunol Neuroinflamm. 2014 Aug. 21; 1(2):e18.
Van Horssen J, Lee P, van der Pol S, Nijland P, Amor S, Nath A, Perron H. “Expression of Human Endogenous
Retrovirus-W and in demyelinated brain lesions support the rationale for a novel targeted therapy in Multiple
Sclerosis”. Brain 2015 (submitted).
Voisset C, Blancher A, Perron H, Mandrand B, Mallet F, Paranhos-Baccala G (1999). “Phylogeny of a novel family
of human endogenous retrovirus sequences, HERV-W, in humans and other primates”. AIDS Res Hum
Retroviruses 15:1529-33.
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5.6 Research And Development and Intellectual Property
The Company engages in research and development activities to develop:
•
new therapeutic products, especially monoclonal antibodies, for the treatment of diseases associated with
the expression of HERVs;
•
•
diagnostic products to act as companions for the therapeutic products; and
novel solutions for the study and treatment of HERV diseases.
GeNeuro files patent applications to protect its product candidates, technical processes and the processes used to
prepare its product candidates, the compounds or molecules contained in these product candidates and medical
treatment methods. GeNeuro also licenses rights to patents owned by third parties or jointly owned with third parties.
By 2006, the Mérieux group and INSERM had accumulated 15 years of work on HERVs, which led to a broad
intellectual property portfolio. GeNeuro has taken exclusive licenses to and/or holds 16 patent families offering
strong coverage of the W-ENV field, ranging from DNA sequences to products and their therapeutic applications,
plus one patent in the HERV-K field. GeNeuro’s portfolio of patents is divided into four broad categories:
•
the “SEP 16” patent family covers W-ENV sequences necessary for the preparation of an antibody,
particularly an antibody targeting the identified sequences. Patents in this category have been granted in all
major markets and are owned by bioMérieux and INSERM. GeNeuro holds an exclusive license to such
intellectual property for therapeutic uses. These patents include HERV-W fusion, SEP 6, SEP 12, SEP 13,
SEP 15, SEP 16, SEP 18, SEP 19, SEP 20, SEP 21, and the INTERECO families described below;
•
•
the “TLR4” patent family broadly covers the use of any antibody targeting W-ENV in MS and other
neurological indications. This patent, described below, was granted in all principal markets and is owned by
bioMérieux and INSERM. GeNeuro has an exclusive license to such intellectual property for therapeutic uses;
the “MSRV ligand” patent family covers specific epitopes and antibodies against such epitopes (including
GeNeuro’s first product candidate) and their use in a broad spectrum of therapeutic indications, including MS,
CIDP, and T1D. The basic patent, dating from 2009, was granted in the United States and is still pending in
Europe. GeNeuro has filed several patents thereafter on its products, the most recent dating from 2014.
GeNeuro owns these patents. These patents cover the MSRV ligand, and the endogenous antiviral,
remyelination, and the anti-TM family of antibodies described below; and
•
the “HERV-K” patent, which covers the anti-HERV-K Envelope antibody and uses thereof.
Based on more than 25 years of work in the field and a systematic effort to optimize and develop intellectual
property, GeNeuro believes that its portfolio of intellectual property and its constant efforts to protect new
discoveries put the Company in a strong competitive position.
The term of individual patents depends upon the legal term of patents in the countries in which they are obtained.
In most countries, including the United States, the patent term is 20 years from the earliest claimed filing date of a
non-provisional patent application or its foreign equivalent in the applicable country. In the United States, a patent’s
term may, in certain cases, be lengthened by patent term adjustment, which compensates a patentee for
administrative delays by the USPTO in examining and granting a patent, or may be shortened if a patent is terminally
disclaimed over a commonly owned patent or a patent naming a common inventor and having an earlier expiration
date. In the United States, a patent may also be eligible for limited patent term extension under the Drug Price
Competition and Patent Term Restoration Act of 1984 (see Section 9.1.9 of this Universal Registration Document).
For information on the accounting for costs related to research and development activities, please refer to section
7.2.1.2 “Operating Expenses by Function”, as well as to notes 2, 10, 12 and 14 of the consolidated financial
statements for the year ended December 31, 2021 in Chapter 18 of this Universal Registration Document.
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5.6.1 Intellectual Property
The table below summarizes the patent families to which the Company has rights.
Table 13: Patent families
Patent Family
Family 1
Family 2
Family 3
Family 4
Family 5
Family 6
Family 7
Family 8
Family 9
Family 10
Family 11
Family 12
Family 13
Family 14
Family 15
Family 16
Family 17
Name
Owners/Holder(s)
GeNeuro
GeNeuro
GeNeuro
bioMérieux
bioMérieux & INSERM
bioMérieux
bioMérieux
INSERM
bioMérieux
GeNeuro
bioMérieux & INSERM
bioMérieux
bioMérieux
bioMérieux
MSRV Ligand
Endogenous antiretroviral
Remyelination
SEP 16
TLR4
SEP 12
SEP 15
SEP 18
INTERECO
AntiTM antibody
HERV-W fusion
SEP 6
SEP 13
SEP 19
SEP 20
SEP 21
bioMérieux
bioMérieux
HERV-K antibody in ALS
GeNeuro and the NIH, with exclusive license
to GeNeuro on jointly owned IP
5.6.1.1 Summary of Patent Families by Products
Antibodies directed against SU region of the ENV envelope protein of MSRV
The Company holds intellectual property rights to the monoclonal antibody being developed at the clinical stage:
•
•
•
•
•
the use of an anti-ENV-SU antibody capable of binding specifically to the soluble fraction of the Env protein
of MSRV (Family 5);
ligands, more specifically an antibody, including sequences corresponding to specific CDRs of the Env
envelope protein for MSRV (Family 1);
the use of such ligands in the treatment of MS, schizophrenia, CIDP, epilepsy, psoriasis, cancer, inflammatory
pancreatitis and, diabetes, in particular T1D (Family 1);
the use of an antibody against the envelope protein of HERV-W/MSRV, its fragment, and its derivatives as a
global antiretroviral agent (Family 2); and
the use of an antibody directed against HERV-W/W-ENV for its use in the prevention of a blockage of the
capacity for repairing myelin (Family 3), particularly in pathologies such as RRMS, chronic progressive MS,
CIDP, and schizophrenia or bipolar disorders.
MSRV Genetic Sequences
The Company is licensed under several patent families that cover genetic sequences of MSRV, including:
•
•
the Env gene sequence of MSRV (Family 4), as well as the Env gene sequence of the endogenous retrovirus
HERV-7q. (Family 8); and
the gag and pol gene sequences of MSRV (Family 6).
Therapeutic product
The Company holds a license to a patent family that covers a compound that consists of a therapeutic agent capable
of inhibiting superantigenic activity and the use of such compound for prophylaxis and/or treatment of a disease,
particularly an autoimmune disease such as MS (Family 16).
Diagnostic method
The Company holds a license to two patent families that cover methods for detecting the expression of an envelope
protein of an endogenous retrovirus (Family 11) and to detecting the MSRV-1 retrovirus (Family 15).
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The Company also holds a license to a patent family that covers a composition of two pathogenic agents and/or
infectants associated with MS and which are useful in diagnostic or treatment methods, particularly for MS (Family
12).
The Company holds a license to a patent family that covers nucleic material capable of being used in a diagnostic
method, a prophylaxis method, or a method for treating MS or rheumatoid polyarthritis (Family 13).
The Company also holds a license to a patent family that covers an endogenous nucleic fragment that includes at
least a part of the gag gene of an endogenous retrovirus and which is useful for detecting autoimmune diseases,
particularly MS, or monitoring a pregnancy (Family 14).
5.6.1.2 Patents and Patent Applications
Below is a description of the patents which GeNeuro holds or for which GeNeuro holds a license from a third party
or for which an application has been made, with a special reference to the PCT, European, and United States and
PCT patents, to which should be added the patents obtained or applied for in certain other countries which are not
included below.
Family 1: MSRV Ligand
Family 1 involves ligands including sequences corresponding to specific CDRs of the envelope protein EnSv of
MSRV.
In particular, it covers humanized antibodies directed against the envelope protein Env of MSRV.
This family covers, in a particular way, humanized antibodies directed against the epitope of the SU region of the
envelope protein Env of MSRV necessary for the activation of TLR4.
It thus covers the antibody presently being tested in MS. It also covers the use of such a humanized antibody in the
treatment of MS, schizophrenia, CIDP, epilepsy, psoriasis, cancer, inflammatory pancreatitis and diabetes,
particularly T1D.
Family 1 is wholly owned by the Company.
FAMILY 1: MSRV LIGAND
Owner
Title
GeNeuro
Therapeutic use of particular ligands in diseases associated with the MSRV retrovirus
PCT Extension & Engagements in National and/or Regional Phases
Theoretical Expiration Date119: July 8, 2029
Claims subject matters
Combinations of claims
1 = A + B + C
2 = A + H
3 = A + B + C + D + E
4 = A + B + C + G + H
5 = A + B + G + H
6 = A + B + H
A: GNbAC1 (Temelimab) Antibody
B: Pharmaceutical composition comprising the GNbAC1 (Temelimab)
antibody
C: Method of treatment of a MSRV-associated disease using the
GNbAC1 (Temelimab) antibody, in particular treatment of multiple
sclerosis, progressive multiple sclerosis, relapsing remitting multiple
sclerosis
7 = A + C+ G + H
8 = A + G+ H
9 = D + F
D: Method of treating multiple sclerosis using the GNbAC1 (Temelimab)
antibody
E: Method of treating MSRV-associated diabetes using the GNbAC1
(Temelimab) antibody
F: Method of binding an MSRV-ENV protein using the murine parental
version of GNbAC1 (Temelimab) antibody
G: Method of detection of the anti-ligand of the GNbAC1 (Temelimab)
antibody in a sample using the murine parental version of GNbAC1
H: Immunoassay kit for the detection of an anti-ligand comprising the
murine parental version of GNbAC1 (Temelimab) antibody
N° of
Application
Expiry
Date
Country
PCT
Priority date
Country / N° of priority
Filing Date
08/07/2009
08/07/2009
08/07/2009
08/07/2009
Issue date
13.11.2014
13.02.2018
N° of Patent
2009268025
2,729,869
Status
Claims
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
EP2009/058663
2009268025
PI 0915667-4
2,729,869
08/01/2011 Engaged
Australia
Brazil
08/07/2029
08/07/2029
Granted
Pending
Granted
1
7
Canada
119
Subject to the due and punctual payment of applicable maintenance fees. This date does not take into consideration the
possibility of obtaining an additional protection certificate.
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GeNeuro SA – 2021 Universal Registration Document
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
China
Hong Kong
South Africa
USA
08/07/2009
25/11/2011
08/07/2009
08/07/2009
08/07/2009
08/07/2009
26/10/2017
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
200980134828.3 31.12.2014 ZL 200980134828.3 08/07/2029
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
6
6
7
6
9
E
A
2
4
5
E
3
4
4
7
7
7
11112831.5
2011/00446
12/997 486
14/221 963
15/367 864
15/794 541
16.10.2015
25.01.2012
06.05.2014
24.01.2017
14.11.2017
28.08.2018
24.12.2018
01.07.2015
16.12.2016
17.03.2017
15.03.2019
21.11.2013
30.04.2013
28.11.2016
26.05.2014
31.10.2016
01.11.2016
01.11.2016
01.11.2016
01.11.2016
01.11.2016
01.11.2016
01.11.2016
01.11.2016
01.11.2016
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
1158232
2011/00446
8,715,656
9,550,824
9,815,888
10,059,758
304912
210204
6058264
6109869
6495361
315557
590515
10-1682040
105495
24655
08/07/2029
08/07/2029
09/08/2030
25/08/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
08/07/2029
USA
(Division)
USA
Continuation
USA
Continuation
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
336/KOLNP/201
1
India
Israel
Japan
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
210204
2011-517153
2015-048795
2017-043877
Japan
(Division)
Japan
(Division)
MX/A/2010/0143
19
Mexico
New-Zealand
590515
Republic of
Korea
10-2011-
7002937
Ukraine
Eurasia
a201101404
201100160
201100160
201100160
201100160
201100160
201100160
201100160
201100160
201100160
201100160
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
same as
Eurasia
Armenia
24655
same as
Eurasia
Azerbaijan
Belarus
24655
same as
Eurasia
24655
same as
Eurasia
Russia
24655
same as
Eurasia
Kazakhstan
Kirghizstan
Moldavia
Tajikistan
24655
same as
Eurasia
24655
same as
Eurasia
24655
same as
Eurasia
24655
Turkmeni-
stan
same as
Eurasia
24655
Europe
Germany
Austria
2315777
2315777
2315777
2315777
2315777
2315777
08/07/2029 Validated
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
8
same as
Europe
same as
Europe
same as
Europe
Belgium
Bulgaria
Cyprus
same as
Europe
same as
Europe
87
GeNeuro SA – 2021 Universal Registration Document
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
same as
Europe
Croatia
Denmark
Spain
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
08/07/2009
28/02/2018
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
09780311.8
17159699.2
18102934.5
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
26.04.2017
17.03.2021
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
2315777
3211005
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
08/07/2029 Validation
same as
Europe
same as
Europe
same as
Europe
Estonia
Finland
France
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
same as
Europe
same as
Europe
United
Kingdom
same as
Europe
same as
Europe
Greece
Hungary
Ireland
same as
Europe
same as
Europe
same as
Europe
Iceland
same as
Europe
Italy
same as
Europe
Latvia
same as
Europe
Lithuania
Luxembourg
Macedonia
Malta
same as
Europe
same as
Europe
same as
Europe
same as
Europe
Monaco
Norway
Netherlands
Poland
same as
Europe
same as
Europe
same as
Europe
same as
Europe
Portugal
Czech
republic
same as
Europe
same as
Europe
Romania
San Marino
Slovakia
Slovenia
Sweden
Swiss
same as
Europe
same as
Europe
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
15/05/2009
13/03/2009
08/07/2008
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
US 61/213 189
US 61/202 581
US 61/129 613
same as
Europe
same as
Europe
same as
Europe
same as
Europe
Turkey
Europe
(Division)
08/07/2029
08/07/2029
Granted
Pending
Hong Kong
88
GeNeuro SA – 2021 Universal Registration Document
*: As provided under the “Patent Term Adjustment” mechanism, the U.S. Patent and Trademark Office granted an additional term of protection for
this patent of 397 days
**: As provided under the “Patent Term Adjustment” mechanism, the U.S. Patent and Trademark Office granted an additional term of protection for
this patent of 48 days
Family 2: Endogenous Antiretroviral
Family 2 involves the use of an antibody directed against the envelope protein HERV-W/MSRV, its fragments, and
its derivatives as a global antiretroviral agent.
This family also covers the use of the combination of such an antibody, its fragments, or derivatives, with a classic
antiretroviral. The Company, has also considered the synergistic effect of such a combination.
Family 2 is wholly owned by the Company.
FAMILY 2: ENDOGENOUS ANTIRETROVIRAL
Owner/Holder
Title
GeNeuro
Antiretroviral drug targeting human endogenous retrovirus
Priority
date
Country / N° of
priority
Country
Filing date
N° of Application
Issue date N° of Patent
Expiry date
Status
Argentina
GCC
28/05/2015
27/05/2015
28/05/2015
27/05/2015
20150101680
29474/2015
28/05/2035
27/05/2035
28/05/2035
28/11/2016
Pending
Pending
Pending
Engaged
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
Taiwan
PCT
104117097
EP2015/061691
United Arab
Emirates
28/05/2014 EP 14305806.3 27/05/2015
P6000315/2016
27/05/2035
27/05/2035
Pending
Australia
Brazil
27/05/2015
2015265936
11 2016 027671 0
2 949 884
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Granted
Pending
Pending
Pending
Pending
28/05/2014 EP 14305806.3
27/05/2015
28/05/2014 EP 14305806.3
Canada
China
27/05/2015
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
28/05/2014 EP 14305806.3
27/05/2015
201580027652.7
17109624.6
28/05/2014 EP 14305806.3
Hong-Kong
Eurasia
Ecuador
Egypt
21/09/2017
28/05/2014 EP 14305806.3
27/05/2015
201692471
28/05/2014 EP 14305806.3
27/05/2015
IEPI-2016-91728
1916/2016
28/05/2014 EP 14305806.3
27/05/2015
28/05/2014 EP 14305806.3
Europa
Hong-Kong
Israel
27/05/2015
15725326.1
31.07.2019
3148582
28/05/2014 EP 14305806.3
28/07/2017
17107531.2
28/05/2014 EP 14305806.3
27/05/2015
249040
28/05/2014 EP 14305806.3
India
27/05/2015
201617043958
2017-514954
28/05/2014 EP 14305806.3
Japan
27/05/2015
28/05/2014 EP 14305806.3
Republic of
Korea
28/05/2014 EP 14305806.3 27/05/2015
10-2016-7035895
27/05/2035
Pending
Mexico
Malaysia
New Zealand
Russia
27/05/2015 MX/A/2016/015560
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
27/05/2035
Pending
Pending
Pending
Granted
Pending
Pending
Pending
Pending
Pending
Pending
Pending
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
28/05/2014 EP 14305806.3
27/05/2015
27/05/2015
27/05/2015
27/05/2015
27/05/2015
27/05/2015
27/05/2015
27/05/2015
27/05/2015
PI 2016002061
726568
2016151471
516380343
27.05.2019
2 689 326
Saudi Arabia
Singapore
Thailand
Ukraine
11201609886S
1601007115
a201613240
15/314 017
USA
Vietnam
1-2016-04728
2016/08050
South Africa
28/05/2014 EP 14305806.3 27/05/2015
89
GeNeuro SA – 2021 Universal Registration Document
Family 3: Remyelination
This application covers compounds and compositions for the prevention and/or treatment of a mechanism that
blocks the endogenous myelin repair capability of the adult nervous system in disorders associated with the
expression of the envelope protein W-ENV, particularly its subtype, MSRV.
This family also covers the use of an antibody directed against W-ENV for use in the prevention of the blockage of
the endogenous myelin repair capability, particularly in disorders such as RRMS, chronic progressive MS, CIDP,
and schizophrenia or bipolar disorders.
Family 3 is wholly owned by the Company.
FAMILY 3: REMYELINATION
Owner/Holder
Title
GeNeuro
Compound for treatment of inhibition of remyelination in diseases and disorders associated with expression of the
envelope protein HERV-W
PCT Extension & Engagements in National and/or Regional Phases
Theoretical Expiration Date120: October 1, 2033
Claims subject matters
A
B
C
Composition comprising the antibody GNbAC1 (temelimab) and a nitric oxide inhibitory drug or Combined composition (kit) comprising the
antibody GNbAC1 (temelimab) and a nitric oxide inhibitory drug
Method for preventing or treating diseases associated with W-ENV using the antibody GNbAC1 (temelimab), in particular multiple sclerosis,
progressive multiple sclerosis, relapsing remitting multiple sclerosis
Method for preventing or treating diseases associated with HERV-W EN using the antibody GNbAC1 (temelimab) and a nitric oxide inhibitory
drug or using a composition comprising the antibody GNbAC1 (temelimab) and a nitric oxide inhibitory drug, in particular multiple sclerosis,
progressive multiple sclerosis, relapsing remitting multiple sclerosis
D
Method for preventing or treating progressive multiple sclerosis using the antibody GNbAC1(temelimab)
Country / N° of
Country
PCT
Priority date
Filing date
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/08/2016
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
N° of Application Issue date
N° of Patent
Expiry date
02/04/2015
01/10/2033
01/10/2033
01/10/2033
Status
Engaged
Granted
Granted
Pending
Pending
Pending
Granted
Pending
Pending
Granted
Pending
Pending
Granted
Pending
Granted
Pending
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Pending
Claims
priority
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
EP2013/070452
Saudi Arabia
Australia
515360207
2013326552
2018217328
1120150071503
2 882 781
18/09/2018
06/09/2018
6097
A
A
2013326552
Australia
(Division)
Brazil
Canada
China
01/10/2033
201380051713.4 18.06.2018 ZL 201380051713.4 01/10/2033
B
A
A
China
(Division)
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
201610152679.5
16109172.3
15-095895
282/2015
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
Hong Kong
Colombia
Egypt
01.10.2013
33485
United Arab
Emirates
P431/15
USA
14/429 199
15/812 745
201590678
201791525
201590678
201590678
201590678
201590678
201590678
201590678
201590678
201590678
237474
12.12.2017
31.10.2017
9,840,550
028245
USA (Division)
Eurasia
A
C
Eurasia
(Division)
as in
Eurasia
as in
Eurasia
as in
Eurasia
as in
Eurasia
as in
Eurasia
as in
Armenia
Azerbaijan
Belarus
31.10.2017
31.10.2017
31.10.2017
31.10.2017
31.10.2017
31.10.2017
31.10.2017
31.10.2017
028245
028245
028245
028245
028245
028245
028245
028245
Russia
Kazakhstan
Kirghizstan
Tajikistan
Turkmenistan
Israel
Eurasia
as in
Eurasia
as in
Eurasia
120 Subject to the due and punctual payment of applicable maintenance fees. This date does not take into consideration the
possibility of obtaining an additional protection certificate.
90
GeNeuro SA – 2021 Universal Registration Document
Israel
(Division)
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
01/10/2013
01/10/2013
01/10/2013
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01/10/2013
01/10/2013
01/10/2013
01/10/2013
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01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
264382
2015-533633
2017-214696
PI 2015700643
MX/A/2015/003572
MX/A/2019/008916
11201501274V
1501001128
2015/01491
13770926.7
18198309.9
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
13770926.7
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
Pending
Granted
Granted
Pending
Pending
Pending
Granted
Pending
Pending
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Granted
Japan
10.08.2018
14/06/2019
6379331
6538138
D
A
Japan
(Division)
Malaysia
Mexico
Mexico
(Division)
A
C
Singapore
Thailand
06.04.2017
11201501274V 01/10/2033
01/10/2033
South Africa
Europe
01/10/2033
21.11.2018
24.02.2021
21.11.2018
21.11.2018
21.11.2018
21.11.2018
21.11.2018
21.11.2018
21.11.2018
21.11.2018
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21.11.2018
2904009
3447070
2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
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2904009
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2904009
2904009
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2904009
2904009
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2904009
2904009
2904009
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2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
2904009
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
A
Europe
(Division)
Albania
Germany
Austria
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
Belgium
Bulgaria
Cyprus
Croatia
Denmark
Spain
Estonia
Finland
France
Great Britain
Greece
Hungary
Ireland
Iceland
Italy
Latvia
Lithuania
Luxembourg
Macedonia
Malta
Monaco
Norway
Netherlands
Poland
Portugal
Czech Republic
Romania
San Marino
Serbia
Slovakia
Slovenia
Sweden
Switzerland
Turkey
91
GeNeuro SA – 2021 Universal Registration Document
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
28/12/2012
02/10/2012
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
US 61/746 792
US 61/708 779
A
C
Russia
India
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
01/10/2013
2015116149
2397/DELNP/2015
740726
22.11.2017
2,636,355
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
01/10/2033
Granted
Pending
Pending
Pending
Granted
Pending
Pending
New Zealand
(Division)
Republic of
Korea
10-2015-7011152
a201504292
Ukraine
25/04/2019
119032
A
Ukraine
(Division)
a201809345
Vietnam
1-2015-01547
Family 4: SEP 16
Patent family 4 covers the sequence of the env gene.
This family covers the sequence necessary for the development of humanized antibodies directed against the
epitope of the envelope protein Env of MSRV necessary for the activation of TLR4.
Family 4 is wholly owned by bioMérieux.
FAMILY 4: SEP 16
Owner/Holder
Title
bioMérieux
Retroviral nucleic material and nucleotide fragments, in particular associated with multiple sclerosis and/or rheumatoid
arthritis, for diagnostic, prophylactic and therapeutic uses
Extensions
Theoretical Expiration Date121: July 7, 2018
Publication date and
number
Issue date and
number
Country
Filing date and number
Status
CA 2 295 935
July 7, 1998
EP 98936467.4
July 7, 1998
EP 05017735.1
July 7, 1998
JP 11-508255
July 7, 1998
US 09/319 156
July 7, 1998
US 12/776 893
July 7, 1998
CA 2 295 935
Sep. 9, 2014
EP 0 996 731
Aug. 31, 2005
EP 1 612 270
Sep. 2, 2009
JP 4 272 264
March 6, 2009
US 7 771 927
Aug. 10, 2010
US 8 088 910
Jan. 3, 2012
Canada
Patent issued
EP 0 996 731
May 3, 2000
EP 1 612 270
Jan. 4, 2006
JP 2002-509437
March 26, 2002
Patent issued and confirmed in FR, SP,
IT, GB, GER, SW
Patent issued and confirmed in FR, SP,
IT, GB, GER, SW
Europe
Europe (division)
Japan
Patent issued
Patent issued
Patent issued
United States
United
(division)
States
Family 5: TLR4
This patent family covers the use of an anti env-SU antibody capable of binding itself to the soluble fraction of the
Env protein of MSRV for preparation of a medication intended to treat MS or schizophrenia by inhibiting the pro-
inflammatory cascade involving the soluble fraction of Env of MSRV and such receptor.
This patent family, therefore, broadly covers an antibody directed against Env-SU of MSRV for use in the treatment
of MS or schizophrenia.
Family 5 is owned by bioMérieux and INSERM.
FAMILY 5: TLR4
Owner/Holder
Title
bioMérieux and INSERM
Composition for treating pathology associated with MSRV/HERV-W
Priority
Publication date and
number
FR 2 865 403
June 1, 2005
Country
France
Filing date and number
Issue date and number
Status
FR 04 00675
Jan. 23, 2004
FR 04 00675
June 12, 2009
Patent issued
PCT Extension & Engagements in National and/or Regional Phases
Theoretical Expiration Date: 122 January 24, 2025
PCT/FR2005/00156
Jan. 24, 2005
WO2005/080437
Sep. 1, 2005
PCT
Application engaged
CA 2 554 263
Jan. 24, 2005
CN 20058006462.3
CA 2 554 263
Aug. 5,2014
ZL200580006462.3
Canada
China
Patent issued
Patent issued
CN 1926153 A
121 Subject to the due and punctual payment of applicable maintenance fees.
122 Subject to the due and punctual payment of applicable maintenance fees.
92
GeNeuro SA – 2021 Universal Registration Document
Jan. 24, 2005
March 7, 2007
May 4, 2011
Patent issued and confirmed in
SW, GER, SP, FR, GB, IT, AU, BE,
EP 05717480.7
Jan. 24, 2005
EP 1 709 082
Oct. 11, 2006
EP 1 709 082
Europe
BG, CY, DK, EE, FI, GR, HU, IE,
March 12, 2014
IS, LT, LU, MC, NL, PL, PT, CZ,
RO, SI, SK, SE, TR
Examination pending
Europe
(division)
EP 10183899.3
Jan. 24, 2005
EP 2 365 002
Sep. 14, 2011
IN 3065/CHENP/2006
Jan. 24, 2005
IN 241 921
India
Patent issued
July 30, 2010
JP 2006-550240
Jan. 24, 2005
JP 2008-505847
Feb. 28, 2008
JP 4 991 314
Patent issued
May 11, 2012
Japan
US 10/586 742
Jan. 24, 2005
US-2008-0038279
Feb. 14, 2008
US 7 666 420
Patent issued*.
Feb. 23, 2010
United States
*: As provided under the “Patent Term Adjustment” mechanism, the U.S. Patent and Trademark Office granted an additional term of protection for
this patent of 103 days.
Family 6: SEP 12
This patent family covers the gag and pol sequences of MSRV. Family 6 is wholly owned by bioMérieux.
FAMILY 6: SEP 12
Owner/Holder
Title
bioMérieux
Viral material and nucleotide fragments associated with multiple sclerosis useful for diagnostic, preventive and
therapeutic purposes
PCT Extensions & Engagements in National and/or Regional Phases
Theoretical Expiration Date123: August 2, 2016
Publication date and
number
WO1997/06260
Feb. 20, 1997
Country
PCT
Filing date and number
Issue date and number
Status
PCT/FR1996/01244
Aug. 2, 1996
CA 2 201 282
Aug. 2, 1996
EP 96420265.9
Aug. 2, 1996
EP 07018564.0
Aug. 2, 1996
JP 9-508179
Aug. 2, 1996
JP 2009-265658
Aug. 2, 1996
US 08/691 563
Aug. 2, 1996
Application engaged
Patent issued
CA 2 201 282
01 April 2013
EP 0 789 077
Sep. 26, 2007
EP 1 916 304
Jan. 18, 2012
JP 4 444 372
Jan. 22, 2010
JP 5 143 814
Nov. 30, 2012
US 6 001 987
Dec. 14, 1999
US 6 579 526
June 17, 2003
US 7 932 350
May 24, 2007
Canada
Europe
EP 0 789 077
Aug. 13, 1997
EP 1 916 304
April 30, 2008
Patent issued and confirmed in FR,
GER, IT, SP, SW, GB
Patent issued and confirmed in FR,
GER, IT, SP, SW, GB
Europe
(division)
Japan
Patent issued
Patent issued
Patent issued
Patent issued
Patent issued.”
Japan (division)
United States
United States
(division)
United States
(division)
US 09/374 766
Aug. 2, 1996
US 11/463 109
Aug. 2, 1996
*: As provided under the “Patent Term Adjustment” mechanism, the U.S. Patent and Trademark Office granted an additional term of protection for
this patent of 1133 days.
Family 7: SEP 15
This patent family covers a particular sequence that is expressed in the placenta.
Family 7 is wholly owned by bioMérieux.
FAMILY 7: SEP 15
Owner/Holder
Title
bioMérieux
Endogenic retroviral sequences associated with autoimmune diseases or with pregnancy disorders
PCT Extension & Engagements in National and/or Regional Phases
Theoretical Expiration Date124: July 6, 2018
Publication date and
number
WO1999/02696
Jan. 21, 1999
Country
PCT
Filing date and number
Issue date and number
Status
PCT/FR1998/01442
July 6, 1998
CA 2 298 834
July 6 1998
Application engaged
Patent issued
CA 2 298 834
March 23, 2015
EP 1 000 158
Nov. 22, 2006
JP 4 249 269
Jan. 23, 2009
Canada
Europe
Japan
EP 98935106.9
1998
July 6,
EP 1 000 158
May 17, 2000
JP 2002-512530
April 23, 2002
Patent issued and confirmed
Abandoned in confirmed countries
JP 11-508244
July 6, 1998
Patent issued
123 Subject to the due and punctual payment of applicable maintenance fees.
124 Subject to the due and punctual payment of applicable maintenance fees.
93
GeNeuro SA – 2021 Universal Registration Document
Family 8: SEP 18
This patent family covers the env gene of the HERV-7q endogenous retrovirus.
Family 8 is wholly owned by INSERM.
FAMILY 8: SEP 18
Owner/Holder
Title
INSERM
Nucleic sequence and deduced protein sequence family with human endogenous retroviral motifs, and their uses
Priority
Publication
and date
FR 2 780 069
Dec. 24, 1999
number
Country
France
Filing number and date
Issue number and date
Status
FR 98 07920
June 23, 1998
FR 98 07920
June 28, 2002
Patent issued
Extensions
Theoretical Expiration Date125: June 23, 2019
CA 2 331 923
CA 2 331 923
23 June 23, 1999
Canada
Patent issued
Feb. 18, 2014
EP 99926538.2
1999
US 09/719 554
June 23, 1999
US 11/028 539
June 23, 1999
June 23,
EP 1 090 122
April 11, 2001
EP 1 090 122
July 16, 2008
US 6 919 438
July 16, 2005
US 7 534 439
May 19, 2009
Patent issued and confirmed in
GER, FR, NL, GB
Europe
United States
Patent issued
United States
(division)
US 2005-0118573
June 2, 2005
Patent issued. *
*: As provided under the “Patent Term Adjustment” mechanism, the U.S. Patent and Trademark Office granted an additional term of protection for
this patent of 235 days.
Family 9: INTERECO
This patent family covers the peptide domain required for interaction between the envelope of a virus pertaining to
the HERV-W interference group and an hASCT receptor. This area plays a part in the transmission of information
and the merger of cells.
Family 9 is wholly owned by bioMérieux.
FAMILY 9: INTERECO
Owner/Holder
Title
bioMérieux
Peptide domain required for interaction between the envelope of a virus pertaining to the HERV-W interference group
and an HASCT receptor
Priority
Publication date and
number
FR 2 897 062
Aug. 10, 2007
Country
France
Filing date and number
Issue date and number
Status
FR 06 50468
Feb. 9, 2006
FR 06 50465
Nov. 4, 2011
Patent issued
PCT Extension & Engagements in National and/or Regional Phases
Theoretical Expiration Date126: February 9, 2027
PCT/FR2007/000236
Feb. 9, 2007
AU 2007213591
Feb. 9, 2007
CA 2 640 793
Feb. 9, 2007
CN 200780004699.7
Feb. 9, 2007
EP 07730950.8
Feb. 9, 2007
4129/CHENP/2008
Feb. 9, 2007
IL 193 353
Feb. 9, 2007
JP 2008-553798
Feb. 9, 2007
JP 2015-200607
Feb. 9, 2007
US 14/847 941
Feb. 9, 2007
WO2007/090967
Aug. 16, 2007
PCT
Application engaged
Patent issued
AU 2007213591
Feb. 19, 2012
Australia
Canada
China
Patent issued
Awaiting official deed
CA 2 640 793
CN 101379079 A
March 4, 2009
EP 1 981 904
Oct. 22, 2008
ZL200780004699.7
Nov. 14, 2012
Patent issued
Europe
Examination pending
Examination pending
Examination pending
Examination pending
Examination pending
Examination pending
India
Israel
JP 2009-525741
July 16, 2009
Japan
Japan (division)
United States
Family 10: Ac AntiTM
This patent family covers a humanized antibody directed against the W-ENVelope protein, in particular the C-
terminal extremity of the SU region of the envelope protein of HERV-W, to the exclusion of any antibody specifically
directed against the liaison site of such Env protein and the hASCT1 or hASCT2 receptor. Such antibodies can be
advantageous for monitoring pathological pregnancies.
125 Subject to the due and punctual payment of applicable maintenance fees.
126 Subject to the due and punctual payment of applicable maintenance fees.
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GeNeuro SA – 2021 Universal Registration Document
Family 10 is wholly owned by the Company.
FAMILY 10: Ac ANTITM
Owner/Holder
Title
GeNeuro
Pharmaceutical composition containing antibodies directed against the W-ENVelope
Priority
Publication
and date
number
Country
France
Filing number and date
Issue number and date
Status
Patent issued
expiration date127: February 9,
2027
–
theoretical
FR 07 00952
Feb. 9, 2007
FR 2 912 314
Aug. 15, 2008
FR 07 00952
Aug. 3, 2012
PCT Extension & Engagements in National and/or Regional Phases
PCT/FR2008/000166
WO2008/113916
Sep. 25, 2008
EP 2 117 594
Nov. 18, 2009
US 2010-0074894
March 25, 2010
PCT
Application engaged
Application abandoned
Application abandoned
Feb. 11, 2008
EP 08761866.6
Feb. 11, 2008
US 12/449,327
Feb. 11, 2008
Europe
United States of
America
The extensions of the patent filed subsequently were abandoned, because the MSRV ligand patent, providing
broader protection, was filed in the meantime; such extensions, therefore, were no longer of interest.
Family 11: HERV-W fusion
This patent family covers a process for detecting the expression of the envelope protein of a HERV based on the
detection of the fusogenic power of such protein in a cellular tissue or of a cellular culture, by showing the formation
of syncytia.
Family 11 is owned by bioMérieux and INSERM.
FAMILY 11: HERV-W FUSION
Owner/Holder
Title
bioMérieux and INSERM
Method for detecting the expression of an envelope protein of a human endogenous retrovirus and uses of a gene
coding for said protein
PCT Extension & Engagements in National and/or Regional Phases theoretical expiration date128
September 1, 2020
:
Publication
and date
number
Country
PCT
Filing number and date
Grant number and date
Status
PCT/FR00/02429
Sep. 1, 2000
EP 00960783.9
Sep. 1, 2000
EP 10 183 612.0
Sep. 1, 2000
JP 2001-519732
Sep. 1, 2000
JP 2008-244988
Sep. 1, 2000
CA 2 383 877
Sep. 1, 2000
US 10/069,883
Feb. 11, 2008
WO01/16171
Sep. 8, 2011
EP 1 212 359
June 12, 2002
EP 2 385 058
Nov. 9, 2011
JP 2003-510032
March 18, 2003
JP 2009-72194
April 9, 2009
Application engaged
Patent granted
Patent granted
Patent granted
Patent granted
Patent granted
Patent granted
EP 1 212 359
Nov. 12, 2011
EP 2 385 058
Nov. 6, 2013
JP 4 283 475
March 27, 2009
JP 4 824 731
Sep. 16, 2011
CAK 2 383 877
April 15, 2014
7 442 550
Europe
Europe
Japan
Japan
Canada
United States of
America
US 2010-0074894
March 25, 2010
Oct. 28, 2008
Family 12: SEP 6
This patent family covers a composition that consists of two pathogenic agents and/or infectants associated with
MS.
These agents are, respectively:
•
a first agent being a human virus possessing reverse transcriptase activity and which is related to a family of
endogenous retroviral elements or a variant of such virus, and
•
a second agent or variant of such agent.
Both of these pathogenic and/or infectant agents come from the same viral source chosen from the sources called,
respectively, POL-2.
This composition may be used in a diagnostic method, a prophylaxis method, or as a treatment method, particularly
for MS.
127 Subject to the due and punctual payment of applicable maintenance fees.
128 Subject to the due and punctual payment of applicable maintenance fees.
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GeNeuro SA – 2021 Universal Registration Document
FAMILY 12: SEP 6
Owner/Holder
Title
bioMérieux
MMSRV1 virus linked to multiple sclerosis, its nucleic components and their applications
PCT Extension & Engagements in National Phase
Publication number and
Country
Filing number and date
Grant number and date
Status
date
PCT/FR95/00142
Feb. 6, l995
US 08/384 137
Feb. 6, 1995
US 08/470 006
Feb. 6, 1995
US 09/133 411
Feb. 6, 1995
US 08/471 969
Feb. 6, 1995
US 09/200 990
Feb. 6, 1995
WO95/21256
Aug. 10, 1995
PCT
Application engaged
Patent granted
Patent granted
Patent granted
Patent granted
Patent granted
US 5 871 996
Feb. 6, 1999
US 5 962 217
Jan. 5, 1999
US 6 342 383
Jan. 29, 2002
US 5 871 745
Feb. 16, 1999
US 6 184 025 B1
Feb. 6, 2001
United States
United States
United States
United States
United States
Family 13: SEP 13
This patent family relates to nucleic medicine capable of being used in a diagnostic mode, a method for prophylaxis,
or as a method for treating MS or rheumatoid polyarthritis.
Family 13 is wholly owned by bioMérieux.
FAMILY 13:SEP 13
Owner/Holder
Title
bioMérieux
Viral material and nucleotide fragments associated with multiple sclerosis, for diagnostic, prophylactic and therapeutic
purposes
PCT Extension & Engagements in National and/or Regional Phases theoretical expiration date129: November 26, 2017
Filing number and
date
Publication number
and date
WO98/23755
June 4, 1998
EP 0 942 987
Sep. 22, 1999
Grant number and
date
Country
PCT
Status
PCT/IB97/01482
Nov. 26, 1997
EP 97 911 411.3
Nov. 26, 1997
CA 2 272 845
Nov. 26, 1997
JP 10-524475
Nov. 26, 1997
US 08/979 847
Nov. 26, 1997
US 11/581 030
Nov. 26, 1997
Application engaged
Patent granted
Patent granted
Patent granted
Patent granted
Patent granted
EP 0 942 987
Aug. 19, 2009
CA 2 272 845
Jan. 12, 2010
JP 4 226 657
Dec. 5, 2008
US 6 582 703
June 24, 2003
US 7 674 888
Nov. 26, 1997
Europe
Canada
JP 2001-505768
May 8, 2001
Japan
United States
United States
US 2007-0031452
Feb. 8, 2007
Family 14: SEP 19
This patent family relates to endogenous nucleotide fragments having at least one part of the gag gene of an
endogenous retrovirus associated with an autoimmune disorder or a failed pregnancy or pregnancy disorders.
This family also covers the use of such a fragment to detect, in a biological sample, susceptibility to an autoimmune
disease, especially MS, or for monitoring or following a pregnancy.
Family 14 is wholly owned by bioMérieux.
FAMILY 14: SEP 19
Owner/Holder
Title
bioMérieux
Process for the detection of an endogenous nucleic acid fragment associated with an autoimmune disease
PCT Extension & Engagements in National and/or Regional Phases theoretical expiration date130: January 21, 2020
Publication
and date
number
Country
PCT
Filing number and date
Grant number and date
Status
PCT/FR00/00144
July 21, 2000
EP 00 900 645.3
Jan. 21, 2000
US 10/632 793
Jan. 21, 2000
WO00/043521
July 27, 2000
EP 1 147 187
Oct. 24, 2001
US 2004-0048298
March 11, 2004
Application engaged
Patent granted
Patent granted
EP 1 147 187
June 27, 2012
US 7 632 931
Dec. 15, 2009
Europe
United States
129 Subject to the due and punctual payment of applicable maintenance fees.
130 Subject to the due and punctual payment of applicable maintenance fees.
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GeNeuro SA – 2021 Universal Registration Document
Family 15: SEP 20
This family relates to a nucleic fragment of the LTR-RU5 region. This patent family also covers probes and methods
capable of hybridation with such fragment, the protein it encodes, an antibody directed against such protein, and a
protein for detecting the MSRV-1 retrovirus though such probe or the antibodies described in the invention.
Family 15 is wholly owned by bioMérieux.
FAMILY 15: SEP 20
Owner/Holder
Title
bioMérieux
The LTR region of MSRV-1 and the proteins it encodes, and probes and methods for detecting the MSRV-1 retrovirus
PCT Extension & Engagements in Regional Phase theoretical expiration date131: February 15, 2020
Publication
and date
WO00/47745
Aug. 17, 2000
EP 1 151 108
Nov. 7, 2001
number
Country
PCT
Filing number and date
Grant number and date
Status
PCT/IB00/00159
Feb. 15, 2000
EP 00 902 825.9
Feb. 15, 2000
Application engaged
Patent granted
EP 1 151 108
Nov. 30, 2005
Europe
Family 16: SEP 21
This invention covers, in particular, a method for detecting superantigenic activity in a biological sample, including
demonstration of a majority expansion of lymphocytes.
This application also covers a composition consisting of a therapeutic agent capable of inhibiting superantigen
activity and the use of such composition for prophylactic steps and/or the treatment of a disease, particularly an
autoimmune disease, such as MS.
Family 16 is wholly owned by bioMérieux.
FAMILY 16: SEP 21
Owner/Holder
Title
bioMérieux
Method for detecting MSRV-1 induced superantigen activity in a biological sample
PCT Extension & Engagements in Regional Phase theoretical expiration date132: March 20, 2020
Publication
and date
WO00/57185
Sep. 28, 2000
EP 1 163 522
Sep. 28, 2000
number
Country
PCT
Filing number and date
Grant number and date
Status
PCT/FR00/00691
March 20, 2000
EP 00 912 720.0
March 20, 2000
Application engaged
Patent granted
EP 1 163 522
Nov. 22, 2006
Europe
Family 17: HERV-K”
This invention covers an antibody directed against the HERV-K Envelope protein, and uses thereof.
Family 17 is jointly owned by GeNeuro and the NIH; the NIH has entered into an exclusive license of its rights to
GeNeuro.
FAMILY 17: HERV-K
Owner/Holder
Title
GeNeuro and the NIH
Pharmaceutical composition containing antibodies directed against the HERV-K Envelope
Priority
date
Country / N° of
priority
Issue
date
N° of
Patent
Country
Filing date
N° of Application
Expiry date
Status
Europe
Argentine
Taiwan
PCT
20/01/2017
19/01/2018
22/01/2018
19/01/2018
17305062.6
20180100129
107102219
20/01/2037
19/01/2038
22/01/2038
20/07/2019
Pending
Pending
Pending
Engaged
20/01/2017
20/01/2017
20/01/2017
EP 17305062.6
EP 17305062.6
EP 17305062.6
US2018/014489
South
19/01/2018
2019/04587
19/01/2038
Pending
Africa
Australia
Brazil
Canada
China
Eurasia
Japan
Korea
Ukraine
US
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
20/01/2017
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
EP 17305062.6
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
19/01/2018
2018210388
not yet allocated
not yet allocated
not yet allocated
not yet allocated
not yet allocated
not yet allocated
not yet allocated
16/478 576
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
19/01/2038
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Pending
Europe
India
Israel
18713060.4
201917027958
267955
MX/A/2019/00864
8
Mexico
19/01/2018
19/01/2018
19/01/2038
19/01/2038
Pending
Pending
20/01/2017
20/01/2017
EP 17305062.6
EP 17305062.6
New
Zealand
755432
131 Subject to the due and punctual payment of applicable maintenance fees.
132 Subject to the due and punctual payment of applicable maintenance fees.
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GeNeuro SA – 2021 Universal Registration Document
5.7 Organization of the Company
5.7.1 Operating Organization Chart
GeNeuro is managed by its management under the supervision of its Board of Directors, which is composed of
internationally known persons. The Company also has a scientific committee that contributes significant expertise
in MS.
Detailed biographies of the members of the Board of Directors and management are set forth in CHAPTER 14,
“Corporate Governance, Administration, Management and Supervisory and General Management Bodies” of this
Universal Registration Document.
Present Organization
The Company is led by Jesús Martin-Garcia, CEO, to whom report:
•
•
•
•
Dr. David Leppert, Chief Medical Officer (effective May 1, 2020);
Dr. Hervé Perron, Chief Scientific Officer;
Dr. Alois B Lang, Chief Development Officer; and
Mr. Miguel Payró, Chief Financial Officer, also in charge of human resources.
Mr. Martin-Garcia, Dr. Leppert, Dr. Lang, Mr. Payró and Dr. Perron are part of GeNeuro’s Executive Committee.
Dr. Jean-François Arrighi, the Company’s former Chief Development Officer, has left the Company effective
September 30, 2021, and was succeeded by Dr. Dr. Alois B Lang (who was the Company’s initial Chief
Development Officer from 2008 to 2018).
5.7.2 Product and Manufacturing
GeNeuro SA has substantial experience in the development of biopharmaceutical products such as therapeutic
monoclonal antibodies. This experience includes a broad scientific background, which incorporates the application
of analytical and bioanalytical technologies in the quality control of therapeutic antibodies, in the technical
assessment of the immunogenicity of such products, and in the humanization of therapeutic monoclonal antibodies
and its optimized manufacturability. Experience in the development of antibody-based technologies led to strong
interest from third parties.
GeNeuro has a mix of in-house expertise and working with highly qualified CMOs. Dr. Alois B. Lang is a
biopharmaceutical product development specialist, with particular expertise in the development of therapeutic
monoclonal antibody-based products. He has long-term industrial experience and successfully led the development
of several antibody-based products from the pre-clinical phase to the clinical trial phase. Having reached the legal
age for retirement in Switzerland at the end of 2018, he continuesto serve GeNeuro as a consultant to the Company.
GeNeuro’s temelimab is manufactured by Polymun. Polymun developed both cell culture and downstream
purification processes suitable for the manufacture of the antibody in accordance with GMP and with clinical-grade
quality. The production and purification of temelimab uses established production protocols. The manufacturing
process is typical for a monoclonal antibody.
The Company believes that Polymun has sufficient capacity in terms of net fermentation volume as well as matching
capacity in downstream processing for the manufacturing of GeNeuro’s antibody temelimab up to a Phase III clinical
trial or marketing application. Polymun has been successfully audited by the FDA. The process is optimized and
well characterized and was successfully presented by GeNeuro to relevant regulatory authorities, such as the Paul
Ehrlich Institute and Swissmedic. Polymun is already manufacturing other biopharmaceuticals for Phase III clinical
studies or for drugs which are already on the market and thus has the experience and know-how for related
procedures such as process validation and documentation for all stages of clinical development and applications
for market approval with the relevant authorities.
In the current COVID-19 pandemic, supply of culture media for antibody manufacturing and other products is facing
considerable strain and competition for deliveries, which may lead to delays in the manufacturing of future batches
of temelimab and may have consequences on the timing of clinical trials.
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GeNeuro SA – 2021 Universal Registration Document
5.7.3 Clinical Development Expertise
The clinical development team includes several experts, including one senior physician and a senior clinical
operations director who have long experience in clinical research and development and in obtaining product
licenses for medications and biological products. In particular, they have participated directly in the development
and/or registration of three products indicated for MS: ocrelizumab (Ocrevus©), siponimod (Mayzent ©) and
ofatumumab (Kesimpta ©).
As for clinical trials, the Company has already completed three Phase I clinical trials, three Phase IIa trials, one
Phase IIb trial and a Phase IIb extension trial, all in different countries in Europe and Australia, as described
elsewhere in this Universal Registration Document. These trials were the subject of several publications and
communications in international congresses and conferences in Europe and the United States as well as several
scientific articles133 published in international medical literature.
The clinical team also receives high-quality expertise on a consultative basis from Dr. Gordon S. Francis, who has
more than 30 years’ experience in industrial development and who has played an important role in the registration
of three of the most important reference treatments for MS: beta interferon (Rebif©); natalizumab (Tysabri©); and
fingolimod (Gilenya©).
Academic experts recognized in related pharmacological or biostatistical areas are also regularly sought by the
Company for specific issues linked to clinical development.
5.7.4 Regulatory Expertise
GeNeuro has one senior consultant in regulatory affairs with extensive experience in regulatory matters. She has
substantial knowledge of regulatory development for pharmaceutical products, which is reflected in the regulatory
activities of the Company. GeNeuro focuses its regulatory activities on strategic planning and decisions, and uses
highly regarded industry consultants as required to assist it. Some of the regulatory matters successfully conducted
by the Company include:
•
Organization of scientific advice meetings/requests with the following Health Authorities: Paul-Ehrlich Institute
(PEI) Germany in 2010 and in 2014 (with respect to Quality, Non-Clinical and Clinical aspects); and
Swissmedic in 2012 (with respect to Non Clinical and Clinical aspects) and the European Medicines Agency
(EMA), London, UK in 2013. The scientific advice sought from PEI and Swissmedic concerned development
of temelimab in MS and from EMA relating to quality, non-clinical and clinical issues with respect to another
intended indication (chronic inflammatory demyelinating polyneuropathy).
•
SME status with the EMA: GeNeuro Innovation SAS, a subsidiary of GeNeuro SA, has obtained SME status
from the EMA (EMA SME number: EMA/SME/080/10/R3).
•
•
Approval by the EMA of the Pediatric Investigation Plan for temelimab in MS in 2017
Orphan Drug Designation for temelimab for CIDP by the FDA in 2018.
To support the experienced team at GeNeuro, the Company has been working for years with external regulatory
service groups and experts. Advyzom (Berkeley Heights, New Jersey) is supporting GeNeuro in the United States.
Among GeNeuro’s regulatory experts are:
•
•
Paul Chamberlain, who has acted as an expert for the preclinical package and CMC development of
biopharmaceutical products. He serves on the Advisory Board of NDA Regulatory Science, where he
collaborates with former senior CMPH European regulators; and
Jennifer Sims, who is an expert in the preclinical safety toxicology of therapeutic proteins. She has vast
experience in preclinical drug development from both the regulatory (UK MHRA, as UK delegate to the CMPH
133 Sources: Curtin F, Lang AB, Perron H, Laumonier M, Vidal V, Porchet HC, Hartung HP. “Temelimab, a Humanized Monoclonal
Antibody Against the Envelope Protein of Multiple Sclerosis-Associated Endogenous Retrovirus: A First-in-Humans
Randomized Clinical Study”. Clin Ther 2012, 34:2268-78.
Derfuss T, Curtin F, Guebelin C, Bridel C, Rasenack M, Matthey A, Du Pasquier R, Schluep M, Desmeules J, Lang AB,
Perron H, Faucard R, Porchet H, Hartung HP, Kappos L, Lalive PH. “A phase IIa randomized clinical study testing
Temelimab, a humanized monoclonal antibody against the envelope protein of multiple sclerosis associated endogenous
retrovirus in multiple sclerosis patients — a twelve month follow-up”. J Neuroimmunol. 2015 Aug. 15; 285:68-70.
Derfuss T, Curtin F, Guebelin C, Bridel C, Rasenack M, Matthey A, Du Pasquier R, Schluep M, Desmeules J, Lang AB,
Perron H, Faucard R, Porchet H, Hartung HP, Kappos L, Lalive PH. “A phase IIa randomised clinical study of Temelimab,
a humanised monoclonal antibody against the envelope protein of multiple sclerosis-associated endogenous retrovirus in
multiple sclerosis patients”. Mult Scler. 2015 Jun; 21(7):885-93.
Curtin F, Vidal V, Bernard C, Lang AB, Porchet H. “Serum and Cerebrospinal Fluid Pharmacokinetics of the new IgG4
Monoclonal Antibody Temelimab to treat multiple sclerosis: a Phase I Study”. MAbs. 2016 Jul; 8(5): 854–860.
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GeNeuro SA – 2021 Universal Registration Document
Safety Working Party) and industry perspectives, with an emphasis on biotechnology products. She is Past
Vice Chair of the BioSafe leadership group and was EFPIA topic leader and Rapporteur for ICH S6 revision.
5.8 Material Events having an Impact on the Information set forth in Sections 5.1 to 5.3
None.
5.9 Degree of the Company’s Dependence on Patents, Licenses, Manufacturing and
Commercial or Financial Agreements or new Manufacturing Processes
For a description of the risk factors relating to manufacturing agreements with CROs and CMOs, and patent licenses
with bioMérieux and INSERM, please see Section 3.4, “Risks Related To The Company’s Dependency on Third
Parties Risks” and Section 3.5, “Risks Relating To The Company’s Intellectual Property Rights of this Universal
Registration Document.
5.10 Factual Basis for any Statement by the Company about its Competitive Position
Except for estimates made by the Group as of the date of this Universal Registration Document, the facts on which
statements about the Group’s competitive position are derived come principally from the following sources:
-
-
-
-
-
-
Atlas Multiple Sclerosis 2013; UK Multiple Sclerosis Trust; US National MS Society
Sorensen S. “New Management Algorithms in Multiple Sclerosis”, Current Opinion Neurology 2014
Scientific publications about clinical trial results
Annual reports of companies active in the field; and
BioMed tracker.
5.11 Investments
5.11.1 Historical Investments
Investments in tangible fixed assets have historically been limited to specific laboratory equipment as well as
information technology equipment. The first-time application of IFRS 16 as of January 1, 2019 using the modified
retrospective approach resulted in a € 913 thousand increase in the Company's financial liabilities and an increase
in property, plant and equipment for the same amount Intangible property investments include the cost of exclusive
licenses to bioMérieux patents in 2006 and the 2016 milestone payment, the cost of the exclusive license to NIH
for the jointly owned patent in 2018 as well as the acquisition costs of various software programs. Please see Notes
3 and 4 to the consolidated financial statements for the year ended 31 December 2021 set forth in CHAPTER 18
of this Universal Registration Document.
5.11.2 Pending Investments
None.
5.11.3 Future Investments
The Group does not expect at this stage to have to undertake investments over €250 thousand, to keep its computer
equipment and its laboratories in line with its growth and development.
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GeNeuro SA – 2021 Universal Registration Document
CHAPTER 6.
ORGANIZATION CHART
6.1 Organization
6.2 Subsidiaries And Equity Stakes
The Company has one 100%-owned subsidiary (shares and voting rights) in France, based in Lyon. GeNeuro
Innovation SAS, organized in December 2009 and registered in 2010, is a French société par actions simplifiée
(simplified stock company) with its registered office at 60 avenue Rockefeller (69008) in Lyon, France. The purpose
of GeNeuro Innovation is research and development, especially involving experiments on models and products
used, in particular, for therapeutic purposes in the healthcare field as well as providing services in connection with
its research and development.
The Company liquidated its former 100%-owned subsidiary based in Sydney, Australia, GeNeuro Australia Pty Ltd,
established in November 2016, during the first half of 2021 due to the lack of activity following the completion of
clinical trials that had been conducted in Australia.
6.3 Restructurings
None, other than the liquidation of GeNeuro Australia, completed in Q2 2021, for which no significant costs were
generated.
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GeNeuro SA – 2021 Universal Registration Document
CHAPTER 7.
ANALYSIS OF FINANCIAL CONDITION AND RESULTS
Readers are urged to read the following information and comments relating to the financial condition and results of
the Company and of its subsidiaries together with this entire Universal Registration Document and especially the
Group’s consolidated financial statements and the notes thereto prepared in accordance with IFRS for the years
ended December 31, 2020 and 2021, reproduced with the notes thereto in CHAPTER 18 of this Universal
Registration Document.
The discussion of the financial statements set forth in this CHAPTER 7, “Analysis of Financial Condition and
Results” and CHAPTER 8, “Cash and Equity” of this Universal Registration Document has been prepared solely on
the basis of the consolidated financial statements prepared in accordance with IFRS, as issued by the IASB,
included in CHAPTER 18, “Information Regarding the Company’s Assets, Financial Situation and Results” of this
Universal Registration Document.
7.1 Financial Condition
7.1.1 General Discussion
GeNeuro is a clinical-stage biopharmaceutical company focused on the development of novel treatments of Human
Endogenous Retroviruses (or HERV)-mediated diseases, including diseases or disorders of the central nervous
system and other diseases induced by HERVs. Since its formation, GeNeuro has devoted its resources primarily
to the development of novel treatments for MS. GeNeuro’s most advanced candidate, temelimab, is a humanized
monoclonal antibody that neutralizes a HERV protein called W-ENV which has been identified as a potential key
factor fueling the inflammatory and neurodegenerative components of MS. The Company believes that temelimab
is the first treatment against a suspected causal factor of MS and, as such, temelimab has the potential to offer a
safe and effective treatment that does not affect the patient’s immune system, and which could slow or even stop
disease progression in all major forms of MS.
The Company was formed on February 6, 2006 and, in 2009, formed a French subsidiary, GeNeuro Innovation, to
pursue research, then in 2016 formed an Australian subsidiary, GeNeuro Australia Pty Ltd, to conduct a clinical trial
in that country starting in 2017. Following completion of trial activities in Australia, this latter subsidiary was
liquidated during 2021.
At this stage, research and development has absorbed the majority of the resources of the Group, which has
devoted approximately 59% of its financial resources in 2020, and 65% in 2021, to research and development.
Research, development.
Since its formation, the Group has been financed primarily by successive capital increases, including the €33 million
capital increase completed in 2016 in connection with the Company’s initial public offering (IPO) on Euronext’s
regulated market in Paris, the €17.5 million capital increase completed in January 2020 through a private placement
and the €6.0 million capital increase completed in July 2021 through a private placement. The Group has also
received limited research subsidies, particularly from Bpifrance and the European Union in connection with the
Psych-Aid program, as well as research tax credits for work conducted by its French and Australian subsidiaries;
and the Group has been selected as one of the four projects retained by the Swiss FOPH within the framework of
the CHF 50 million “Federal Funding Programme for COVID-19 Medicines” incentive to receive a grant of 6.7 million
Swiss francs (€6.4 million) to co-fund (up to 50%) a Phase II clinical trial to treat patients with long-standing COVID
who exhibit neuropsychiatric symptoms.
Since the Group is active only in research and development, its operations during the various periods discussed
are organized under a single segment, “Research and Development of Pharmaceutical Products.”
7.1.2 Principal Factors Having an Impact on the Group’s Business and Profit (Loss)
In light of the Group’s stage of development, historical results principally reflect the research and development
expenses of its product, temelimab.
The principal factors having an impact on the Group’s business and operations, financial condition, profit and loss,
growth and development, and prospects are:
•
•
the scale of the Group’s research and development programs, adherence to their development schedule,
and opportunities for developing new indications;
the generation of new pre-clinical and clinical data making it possible to confirm the therapeutic potential of
treatments based on the neutralization of HERVs;
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GeNeuro SA – 2021 Universal Registration Document
•
the ability of the Group to finance its operations, including by equity increases and research subsidies.
7.1.3 Summary of Key Accounting Principles and Methods
The Group’s financial statements for the financial years ended December 31, 2020 and 2021, which are reproduced
with the notes thereto in CHAPTER 18, “Information Regarding the Company’s Assets, Financial Situation and
Results” of this Universal Registration Document, have been prepared in accordance with IFRS, as issued by the
IASB. Such financial statements have been prepared in accordance with historical cost convention, except for
certain financial instruments which are measured at fair value and the plan assets included in the calculation of the
defined benefit pension plan liability, which are also measured at fair value.
In connection with the preparation of the Group’s financial statements in accordance with IFRS, the Company has
exercised judgments and made estimates that could influence the amounts presented in respect of assets and
liabilities on the date of preparation of the financial statements and of revenue and expense for the period. Such
estimates have been made by the Company on a going concern basis in accordance with information available at
the time when such judgments and estimates were made. Such estimates are continuously evaluated and are
based on past experience as well as various other factors that have been deemed reasonable and that constitute
the basis for analyzing the book value of assets and liabilities. These estimates may be revised, if the circumstances
on the basis of which they were made change, or if new information becomes available. The Company’s actual
results of operations may differ significantly from such estimates, if the assumptions or conditions should change.
The Company believes that the most significant estimates or judgments involved in the preparation of the financial
statements are described below. For a more detailed description of the accounting principles and methods applied
by the Group, please see Note 2 of the consolidated financial statements included in CHAPTER 18 of this Universal
Registration Document.
Recognition of Revenue from Collaborative Agreements
There were no revenues from Collaborative Agreements recognized in 2020 or 2021.
Intangible Assets
Research and development expenses
Research and development costs are recognized as expenses when they are incurred. Costs incurred on
development projects are recognized as intangible assets when the following criteria are fulfilled:
•
•
•
•
•
it is technically feasible to complete the intangible asset so that it will be available for use or sale;
management intends to complete the intangible asset and use it or sell it;
there is an ability to use or sell the intangible asset;
it can be demonstrated how the intangible asset will generate probable future economic benefits;
adequate technical, financial, and other resources necessary to complete the development and to use or sell
the intangible asset are available; and
•
the expenditure attributable to the intangible asset during its development can be reliably measured.
In the opinion of management, due to uncertainties inherent in the development of the Group’s products, the criteria
for development costs to be recognized as an asset, as prescribed by IAS 38, “Intangible Assets,” are not met.
As a result, internal development expenses incurred (mainly consisting of the cost of pre-clinical experiments,
clinical trials, and the production cost of temelimab) are recognized under “research and development expenses”
when they are incurred.
Licenses
Licenses acquired by the Company to access intellectual property are recognized under intangible assets. The
amortization of such licenses over their useful lives shall start upon marketing approval of the related products
(please see Notes 19.3 and 19.4 of the Notes to the Group’s consolidated financial statements set forth in
CHAPTER 18, “Information Regarding the Company’s Assets, Financial Situation and Results” of the Universal
Registration Document).
Subsidies and Grants
Grants received from public entities to subsidize certain types of expenditure are recognized when there is
reasonable assurance that the entity will comply with the conditions attached to obtaining the grants. They are
recognized as a reduction in the related expenditure, in this case research and development (“R&D”) expenses.
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Contributions received from academic institutions are recognized as a reduction in R&D expenses, in a constant
proportion to the corresponding expenditure so as to maintain the principle of matching income with related
expenses.
Research Tax Credits
The Group receives certain specific project-related research tax credits (“RTC”) that are granted to companies
incorporated in France as an incentive for technical and scientific research. Companies with expenses that meet
the eligibility criteria receive a tax credit that (i) can offset against corporate income tax due in the year in which it
is granted, as well as in the following three financial years, or, (ii) under certain circumstances, can be paid to the
Company.
Until 2019, the Group has also benefited from research tax credits for its activities in Australia for the research of
new treatments against Type 1 diabetes linked to endogenous retroviruses. This research tax credit scheme
provided a tax credit of 43.5% of admissible research expenses. No Australian research tax credits were recognized
in 2020.
The Group considers the research tax credits received from French and Australian tax authorities as government
grants as the tax credits are received independently from tax payments of the Group. The Group recognizes these
credits in the consolidated statement of financial position within other current receivables given the expected time
of collection, and in the consolidated income statement under research and development subsidies. The credits
are recognized in the year in which the eligible expenses giving rise to the tax credit are incurred.
Competitiveness and Employment Tax Credit
The Competitiveness and Employment Tax Credit (the “CETC”) is granted to companies located in France to
encourage employment. The amounts of the CETC are accounted for as a reduction of employee expense.
Bpifrance repayable advance
A repayable advance was granted to the Company’s subsidiary, GeNeuro Innovation, by Bpifrance in September
2011 to provide financial support to the Group in conducting a clinical trial and developing a diagnostic test for
CIDP.
As of December 31, 2020, this advance was recorded as current liabilities / non-current liabilities of €49K and
€130K, respectively, compared to €106K and €46K, respectively, as of December 31, 2021. The repayment
schedule is described in Note 10.1 of the Notes to the Group’s consolidated financial statements set forth in
CHAPTER 18 of the Universal Registration Document.
Forgivable loan
Based on the terms of the subsidy contract entered into with the FOPH, GeNeuro considers that it has received a
forgivable conditional loan from the FOPH, as defined in IAS 20, and that it has accordingly benefitted from a
government loan at a below-market rate. Accordingly, it considers the amount to be received as of Dec. 31, 2021
as a liability. Under IAS 20, since the conditional loan does not bear annual interest, it is treated as an interest-free
loan for the Company (i.e. under conditions more favorable than market rates), and the difference between the
amount of the advance at historical cost and the advance discounted at market rates is considered as a public
grant.
Evaluation of Purchase Options Granted to Employees, Executives, and Outside Service Providers
The determination of the fair value of payments made to employees, executives, and outside service providers
based on shares is based on the Black & Scholes option valuation model which makes assumptions about complex
and subjective variables. Such variables include notably the value of the Company’s shares, the expected volatility
in the share price over the lifetime of the instrument, and the present and future behavior of the holders of those
instruments. There is a high, inherent risk of subjectivity when using an option valuation model to measure the fair
value of share-based payments in accordance with IFRS 2.
The fair value of the options is thus measured by taking into consideration the following valuation assumptions,
which are set forth in Note 9 of the consolidated financial statements:
•
the price of the underlying shares is deemed to be equal to the investor’s subscription price, or is calculated
by reference to internal valuations;
•
•
the risk-free rate is selected by reference to on the average lifetime of the instruments; and
volatility is estimated by reference to a sample of listed companies in the biotechnology sector, at the date
when instruments are granted and over a period equivalent to the lifetime of the option.
The table below sets forth the assumptions used to calculate the fair value of the share purchase options in
accordance with IFRS 2 for the financial years ended December 31, 2020 and 2021:
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GeNeuro SA – 2021 Universal Registration Document
Fair value
on the date
Exercise
price
and
of grant in
accordance
with IFRS 2
(Black
Number
of options
issued
Non-
risk
rate
Exercise
period
Grants
Volatility
currency
&Scholes)
in EUR
1.46
1.40
Stock Purchase Options 04/2010
Stock Purchase Options 04/2013
Shares granted to board members 11/2015
Performance Share Option Units (PSOU)
06/2016 (1)
123,000
3,000
45,000
606,400
CHF 4.00
CHF 4.00
N/A
12 years
5 years
N/A
50.5%
50.3%
N/A
1.11%
0.05%
N/A
27.99
2.29
€ 13.00
5 years
58.8%
-1.09%
Performance Share Option Units (PSOU)
35,000
15,000
20,000
€ 13.00
€ 13.00
€ 13.00
5 years
5 years
5 years
53.6%
53.6%
50.0%
-0.86%
-0.87%
-0.77%
2.48
1.74
0.14
01/2017 (1)
Performance Share Option Units (PSOU)
02/2017 (1)
Performance Share Option Units (PSOU)
02/2018 (1)
42,500
7,500
€ 13.00
€ 13.00
€ 13.00
€ 2.73
€ 3.34
€ 2.95
€ 3.19
€ 3.48
5 years
5 years
5 years
10 years
10 years
10 years
10 years
10 years
53.6%
53.60%
50.0%
50.0%
49.4%
53.6%
63.0%
56.0%
-0.94%
-0.94%
-0.75%
0.00%
-0.58%
-0.71%
-0.57%
-0.23%
2.50
2.35
0.80
Stock-Options 02/2017
Stock-Options 02/2017 (plan 2)
Stock-Options 02/2018
Stock-Options 09/2018
Stock-Options 03/2020
Stock-Options 12/2020
Stock-Options 02/2021
Stock-Options 03/2022
22,500
158,540
151,500
30,000
184,800
203,627
1.74
0.97(2)
1.09 (2)
1.19 (2)
1.45 (2)
(1) Reflects the number of PSOUs granted originally; the actual number of stock options granted in February 2019, at the end of the PSOU Plan,
is 602,335 for the 2016 Plan, 36,400 and 15,000, respectively, for the 2017 Plans and 18,500 for the 2018 Plan.
(2) Average fair value
7.1.4 Presentation of Principal Items of Consolidated Profit and Loss Statement
7.1.4.1 Revenue and Operating Profit and Loss
Given the stage of clinical development of its most advanced product, the Group has not earned any revenue from
product sales as of the date hereof.
The Group’s research and development activities, given the significant financial resources involved, have generated
operating losses and have not generated operating revenue other than that resulting from the execution of
partnering and licensing agreements providing for lump-sum payments and royalties.
7.1.4.2 Research and Development
The Company conducts research and development on therapies associated with the presence of HERVs with a
first indication for MS.
During the years under review, the Company has devoted a significant part of its resources to the development of
such therapies. Research and development expenses are set forth in Note 14 of the annual financial statements,
which are reproduced set forth in CHAPTER 18 of the Universal Registration Document.
In accordance with IAS 38, development expenses may be recorded as intangible assets only if the Company can
show that the six criteria (described in Section 7.1.3 of the Universal Registration Document) for recording an asset
have been met. The Company has determined that these criteria are not met at this stage. Accordingly, internal
development expenses, consisting principally of expenses for pre-clinical and clinical studies, are recorded as
expenses in the line item Research and Development, when incurred.
Principal research and development expenses are:
•
•
•
•
the cost of research and conducting pre-clinical and clinical studies on temelimab for MS;
the cost of developing and manufacturing the monoclonal antibody temelimab in accordance with GMP;
personnel expenses for members of the research and development team; and
expenses for protection of intellectual property.
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Product candidates at advanced stages of clinical development generally have higher development costs than those
in the initial stages of clinical development, principally because of the increase in the size and duration of such
clinical trials. The Company expects that its research and development expense will continue to increase inasmuch
as it intends to initiate clinical trials for various product candidates while pursuing the later stages of clinical
development for temelimab for MS and T1D.
7.1.4.3 General and Administrative Expenses
General and administrative expenses consist principally of:
•
•
•
compensation for administrative staff;
the fees of outside advisors; and
overhead costs for the rental of office space and the general expenses of the management of the Company,
including travel expense.
The Company applies a strict policy for incurring expenses, particularly for general and administrative expense,
so that it can devote its resources primarily to pre-clinical and clinical development.
7.1.4.4 Financial Income and Expenses
Net financial income and expenses consist essentially of:
•
•
interest on time deposits; and
currency exchange gains and losses in connection with payments made to foreign service providers in local
currencies.
7.2 Comparison Of The Financial Statements For The Two Years Ended December 31, 2020
and 2021
7.2.1 Constitution of Operating Loss and Net Loss
31 Dec. 2021
Audited
12 months
31 Dec. 2020
Audited
12 months
SIMPLIFIED INCOME STATEMENT
(in thousands of EUR)
Income
-
-
Research and development expenses
Subsidies
General and administrative expenses
Operating expenses
Other income
(4,886.8)
1,173.5
(2,652.4)
(6,365.7)
-
(4,713.1)
556.0
(3,302.0)
(7,459.1)
-
Operating loss
Net loss
(6,365.7)
(6,817.7)
(7,459.1)
(8,962.3)
7.2.1.1 Revenue
Given that its product is still at an early stage of development, the Company did not earn any revenue from product
sales during the financial years ended December 31, 2019 and 2020.
31 Dec. 2021
Audited
12 months
31 Dec. 2020
Audited
12 months
INCOME
(in K of EUR)
Income
-
-
-
-
Total Income
There was no revenue in 2020 or 2021.
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7.2.1.2 Operating Expenses by Function
Research and development expenses
Research and development expenses during the financial years presented were as follows:
31 Dec. 2021
Audited
12 months
31 Dec. 2020
Audited
12 months
RESEARCH AND DEVELOPMENT
(in K of EUR)
Studies and research
Intellectual property
(2,707.8)
(421.1)
(58.0)
(1,930.3)
(339.9)
(28.1)
Raw materials and consumables
Rental expenses
(48.8)
(39.7)
Professional fees
(148.7)
(1,254.5)
(165.3)
(40.7)
(239.4)
(1,935.1)
(176.4)
(37.6)
Payroll expense
Amortization and depreciation
Share based payment expense
Other
(41.9)
13.4
Research and Development expenses
Research tax credit
(4,886.8)
1,007.0
166.5
(4,713.1)
553.9
Other subsidies
2.1
Subsidies
1,173.5
556.0
Net research and development expense
(3,713.3)
(4,157.1)
Research and development expenses increased by €0.2 million in 2021 compared to 2020, mainly due to the full-
year effect of the Karolinska trial and to the expenses incurred in connection with the COVID-19 program, which
led to an increase of €0.8 million in studies and research.
Research & development payroll expense decreased by €0.7 million, due to the continued adjustment of the
Company’s R&D personnel to its current activities and to €0.3 million of favorable past services cost effect related
to the Swiss pension plan curtailment and plan amendment.
Other costs remained broadly in line with the levels observed in 2020.
Reflecting the higher level of studies and research expenses, subsidies (under the form of research tax credits
linked to R&D activities), increased by €0.5 million in 2021 over 2020. As a result, net R&D expenses decreased
by 11%, or €0.4 million in 2021 compared to 2020.
General and administrative expenses
General and administrative expenses during the financial years presented were as follows:
GENERAL AND ADMINISTRATIVE
EXPENSES
31 Dec. 2021
Audited
31 Dec. 2020
Audited
(in K of EUR)
12 months
12 months
Travel and assignments expenses
Office expenses
(68.9)
(102.1)
(39.7)
(35.8)
(34.1)
Rental expenses
(37.4)
Professional fees
(711.1)
(1,471.6)
(23.8)
(994.0)
(1,755.4)
(38.2)
Payroll expense
Tax expense
Insurance expense
(25.4)
(25.5)
Postal and telecom expenses
Amortization and depreciation
Share based payment expense
Other
(35.5)
(78.2)
(134.9)
(106.5)
(4.8)
(158.2)
(68.9)
(4.4)
General and administrative expenses
(2,652.4)
(3,302.0)
In 2021, general and administrative expenses decreased by €0.65 million, or 20%, as GeNeuro continued its across-
the-board cost containment. Payroll decreased by € 0.3 million, including the €0.1 million favorable past services
cost effect of the Swiss pension plan curtailment and plan amendment. As detailed in the Remuneration Report for
the 2021 financial year, variable bonuses for executive management was capped at 80% of the theoretical amount,
as a cash conservation measure. All other cost categories decreased except the share-based payment expense
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GeNeuro SA – 2021 Universal Registration Document
which increased by €38 K. Professional fees decreased by 28%, due to lower investor relations costs and to cost
controls implemented across various services.
7.2.1.3 Financial Income (Expenses)
31 Dec. 2021
Audited
12 months
31 Dec. 2020
Audited
12 months
FINANCIAL INCOME (EXPENSES), NET
(Amounts in thousands of EUR)
Interests on shareholder loan
-
(72.3)
Share based expense related to capital increase
at discount to market
Other financial expenses
(467.2)
(40.6)
1.9
(1,364.4)
(7.9)
Other financial income
3.1
Foreign exchange gains (losses)
Financial income (expenses), net
53.9
(61.7)
(452.0)
(1,503.2)
The Group reimbursed its GNEH shareholder loan in connection with its January 2020 capital increase, which
explains the reduction in interest charges during 2021. The share-based expense is related to the capital increases
completed in January 2020 and July 2021 through private placements; because the capital increases were not open
to all existing shareholders but were restricted to certain selected institutional investors, pursuant to IFRS 2 the
discount between the share price prior to the capital increase and the actual issue price (€3.18 per share vs €2.95
per share for the 2020 capital increase, and €3.75 vs €3.48 for the 2021 capital increase) is considered a share
based payment, resulting in a charge of € 1,364 K for 2020 and € 467K for 2021, accounted within financial
expenses, with a corresponding amount added to reserves within shareholders’ equity.
The Group’s financial income derives essentially from interest earned on its euro cash balances.
7.2.1.4 Income Tax
31 Dec. 2021
Audited
12 months
31 Dec. 2020
Audited
12 months
INCOME TAX (EXPENSE) / INCOME
(Amounts in K of EUR)
-
-
-
-
Deferred tax
Withholding tax
Income tax (expense) / income
-
-
Deferred tax assets are recorded when it is probable that the Company will have future taxable earnings against
which cumulative tax loss carryforwards may be used. In application of this principle, in light of the Group’s earnings
prospects, no deferred tax assets were recorded as of December 31, 2019 or 2020.
7.2.1.5 Earnings Per Share
31 Dec. 2021
Audited
31 Dec. 2020
Audited
RESULT PER SHARE
12 months
12 months
Weighted average number of outstanding shares
Net result for the period (in K of EUR)
Basic losses per share (EUR/share)
Diluted losses per share (EUR/share)
21,280.0
(6,817.7)
(0.32)
19,969.3
(8,962.3)
(0.45)
(0.32)
(0.45)
During the 2021 financial year, the Group recorded a decrease of €2.1 million in its net loss, resulting primarily from
a €1.1 million decrease in its operating loss, and from a €1.0 million decrease in its financial expenses.
Losses per share were also impacted by the increase in the weighted average number of shares due to the capital
increase completed in July 2021.
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7.2.2 Analysis of Statement of Financial Position
7.2.2.1 Non-currents Assets
NON-CURRENT ASSETS
(in thousands of EUR)
31 Dec. 2021
Audited
31 Dec. 2020
Audited
1,142.2
1,148.8
Intangible assets
1,218.4
308.9
1,442.0
257.2
Property, plant and equipment
Non-current financial assets
Total non-current assets
2,669.5
2,848.0
Intangible assets consist essentially of license rights acquired from bioMérieux in 2006, upon the formation of the
Company, and of milestone payments related thereto and due at the time of launching clinical trials.
Property, plant and equipment consist principally of laboratory equipment specific to the Group’s research
operations and reflects the application of IFRS 16 as of January 1, 2019.
Non-current financial assets include the cash reserve related to the liquidity contract (described in Note 8 of the
financial statements for the year ended 31 December 2021) and security deposits related to the leases of the
Company’s premises.
7.2.2.2 Current Assets
CURRENT ASSETS
31 Dec. 2021
31 Dec. 2020
(in thousands of EUR)
Audited
Audited
4,390.6
819.9
Other current assets
5,479.5
6,842.9
Cash and cash equivalents
Total current assets
9,870.1
7,662.8
Other current assets consist essentially of the French research tax credit receivables (€1.0 million and €0.55 million,
respectively, in 2021 and 2020) and as of December 31, 2021, of the €3.0 million instalment payment receivable
from the Swiss Federal Office for Public Health (received in January 2022) .
Cash and cash equivalents consist of excess cash in bank accounts.
7.2.2.3 Equity
EQUITY
31 Dec. 2021
31 Dec. 2020
(in thousands of EUR)
Audited
Audited
Capital
972.0
892.3
Additional paid-in capital
Cumulative translation adjustments
Accumulated comprehensive loss
20,243.7
202.2
14,702.3
265.8
(392.0)
(726.5)
(324.0)
(770.8)
Treasury shares
Accumulated deficit attributable to owners of the
parent
(15,454.3)
(9,251.1)
Equity attributable to owners of the parent
Total Equity
4,845.1
4,845.1
5,514.5
5,514.5
The Company’s equity was strengthened following the €6.0 million capital increase completed in July 2021.
The Company’s capital as of December 31, 2020 was CHF 1,029,515.95 (€ 892K), and as of December 31, 2021
was CHF 1,116,038.85 (€ 972K) divided into 22,320,777 fully paid shares each with a nominal value of CHF 0.05.
Net changes in the Group’s net equity during the dates presented result principally from the annual losses for the
periods under review, reflecting research and development expenses incurred by the Group.
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7.2.2.4 Non-current Liabilities
NON-CURRENT LIABILITIES
(in thousands of EUR)
31 Dec. 2021
Audited
31 Dec. 2020
Audited
1,077.0
1,391.8
Employee benefit obligations
Non-current financial liabilities
Other non-current liabilities
Total non-current liabilities
3,537.3
11.1
1,273.4
3.4
4,625.4
2,668.6
Obligations to employees include a provision for retirement obligations for GeNeuro’s employees located in
Switzerland as well as retirement indemnities for employees of its French subsidiary, GeNeuro Innovation (please
see CHAPTER 18 of the Universal Registration Document). During 2021, the Bâloise Swiss multi-employer plan
decreased the conversion rate (i.e., the rate at which the retirement assets can be converted into an annual
retirement pension), leading to a plan amendment of € 194.9K. Also during 2021, due to the departure of two
employees who represented more than 20% of the employee obligations, a curtailment was calculated pursuant to
which employee obligations were reduced by € 870.0K and corresponding plan assets were reduced by € 605.6K.
Pursuant to IAS 19.103, changes in the present value of the defined benefit obligation resulting from plan
amendments or curtailments are recognized immediately in profit or loss as past service costs, with the total past
service costs of € 459.3K being recognized in the cash flow statement as a non-cash item.
Non-current financial liabilities include a repayable advance by Bpifrance to GeNeuro Innovation in 2011, the long-
term portion of the lease liabilities pursuant to IFRS 16 and, for € 2,534K, the forgivable loan from FOPH for the
financing of its Post-COVID project. Pursuant to the subsidy contract with the FOPH, GeNeuro issued an invoice to
the FOPH of CHF 3,090K (€ 2,991K) for the instalment payment, which amount is included within the “Other”
receivables as of December 31, 2021 (see Note 6). Due to the nature of the contract, GeNeuro considers that it has
received a forgivable conditional loan from the FOPH, as defined in IAS 20, and that it has accordingly benefitted
from a government loan at a below-market rate and it therefore considers the amount to be received as of Dec. 31,
2021 as a liability. Under IAS 20, since the conditional loan does not bear annual interest, it is treated as an interest-
free loan for the Company (i.e. under conditions more favorable than market rates), and the difference between the
amount of the advance at historical cost and the advance discounted at market rates is considered as a public
grant, in an amount of € 467.8K; the increase is due to the signing of a new lease for the Company’s headquarter
premises. Refer to Section 8.1.4, “Funding Through Repayable Advances and Subsidies” of the Universal
Registration Document.
7.2.2.5 Current Liabilities
CURRENT LIABILITIES
(in thousands of EUR)
31 Dec. 2021
31 Dec. 2020
Audited
Audited
363.0
293.3
Current financial liabilities
Trade payables
581.4
2,124.7
3,069.1
540.4
1,494.0
2,327.7
Other current liabilities
Total current liabilities
Other current liabilities include the grant portion of the FOPH forgivable loan, representing € 468K at December 31,
2021.
7.3 Group’s Market Risks
GeNeuro strives to implement measures in line with the Company’s size to minimize the potentially adverse effects
of market risks on its financial performance.
7.3.1 Interest Rate Risk
The Company does not have any significant exposure to interest rate risk. Please see Note 20 of the consolidated
financial statements for the year ended 31 December 2021 for additional information.
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GeNeuro SA – 2021 Universal Registration Document
7.3.2 Foreign Currency Exchange Rate Risk
The Company is exposed to foreign currency exchange rate risk with respect to changes in the exchange rate
between the euro and the Swiss franc, and the U.S. dollar. Please see Section 3.2.6 “Exchange Rate Risk” and
Note 20 of the consolidated financial statements for the year ended 31 December 2021.
7.3.3 Key Performance Indicators
The Company has not defined key performance indicators.
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CHAPTER 8.
CASH AND EQUITY
Readers are urged to review Notes 6, 7, 8 and 10 of the Notes to the Group’s consolidated financial statements
prepared in accordance with IFRS for the financial years ended December 31, 2020 and 2021 set forth in CHAPTER
18 of this Universal Registration Document.
8.1 Information About Equity, Liquidity, And Sources Of Funds
As of December 31, 2020 and 2021, the net amount of cash and cash equivalents owned or held by the Group
(consisting of excess cash assets) as well as liquid investments (in the form of short-term deposits) was €5.9 million
and €6.8 million, respectively.
CASH AND LIQUID INVESTMENTS
(in thousands of EUR)
31 Dec. 2021
31 Dec. 2020
Audited
Audited
5,479.5
5,479.5
6,842.9
6,842.9
Cash and cash equivalents
Total cash and liquid investments
Since its formation, the Group has been financed primarily by successive capital increases. Please see Section
3.2.1 for further details of the Company’s cash strategy, its financing and funding strategy, and its exposure to risks
linked to financial instruments and securities.
The Group has also received research subsidies, particularly from Bpifrance and the European Union in connection
with the Psych-Aid program, as well as research tax credits for work conducted by its French subsidiary. In addition,
the Group has been selected as one of the four projects retained by the Swiss FOPH within the framework of the
CHF 50 million “Federal Funding Programme for COVID-19 Medicines” incentive to receive a grant of 6.7 million
Swiss francs (€6.4 million) to co-fund (up to 50%) a Phase II clinical trial to treat patients with long-standing COVID
who exhibit neuropsychiatric symptoms (refer to sub-section 8.1.4).
8.1.1 Financing by Equity Capital
Until 2015, the Group had raised, by contributions from the founders and successive capital increases, a total of
CHF 28.7 million (€23.4 million at the applicable historical exchange rates between 2006 and 2014). Capital
increases from 2008 to 2015 have been fully subscribed by the Group’s two historical shareholders, Eclosion2 &
Cie SCPC and Institut Mérieux. In 2016, in the context of its initial public offering on Euronext’s regulated market in
Paris, the Group completed a new capital increase of €33 million, increasing the total amount of funds raised from
capital increases to €56.4 million.
On February 4, 2020, the Group completed a €17.5 million capital increase through an international private
placement open only to certain qualified and institutional investors (the "2020 Offering") at an issue price of €2.95
per share, determined through a book-building process. After deduction of the loan set-off (see below) and issuance
expenses and taxes, the net amount raised by the Company was € 9 million.
On July 13, 2021, the Group completed a €6.0 million capital increase through an international private placement
open only to certain qualified and institutional investors (the "Offering") at an issue price of €3.48 per share,
determined through a book-building process. After deduction of issuance expenses and taxes, the net amount
raised by the Company was € 5.4 million.
8.1.2 Debt Financing
At December 31, 2021, the Company had no debt financing. Refer to Section 8.1.4, “Funding Through Repayable
Advances and Subsidies” of the Universal Registration Document..
8.1.3 Financing by Leases
The first-time application of IFRS 16 as of January 1, 2019 using the modified retrospective approach resulted in a
€ 913 increase in the Company's financial liabilities and an increase in property, plant and equipment for the same
amount (see Note 7 and Note 4, respectively). The weighted average incremental borrowing rate applied by the
Company to lease liabilities recognized in the consolidated financial statements as of January 1, 2019 was between
1.5% to 2% for property leases and 5% for the other leases
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8.1.4 Funding Through Repayable Advances and Subsidies
Bpifrance Repayable Advance
A repayable advance was made to the Company’s subsidiary, GeNeuro Innovation, by Bpifrance on September 16,
2011 to support the Group financially in conducting a clinical trial and for development of a diagnostic test for CIDP.
The following table shows the changes in such repayable advance during the periods discussed.
Bpifrance
reimbursable advance
(in thousands of EUR)
At 31 December 2019
Reimbursement
Subsidies
190.4
(15.0)
(2.1)
5.7
Financial expenses
At 31 December 2020
Reimbursement
179.0
(32.5)
3.3
Financial expenses
At 31 December 2021
149.8
The repayment schedule is described in Note 10.1 of the Notes to the Group’s consolidated financial statements
prepared in accordance with IFRS for the year ended 31 December 2021 set forth in CHAPTER 18 of this Universal
Registration Document.
FOPH Forgivable loan
On December 13, 2021, GeNeuro entered into a subsidy contract with the FOPH for the financing of its Post-COVID
project. Pursuant to this contract, GeNeuro issued an invoice to the FOPH of CHF 3,090K (€ 2,991K) for the
instalment payment, which amount is included within the “Other” receivables as of December 31, 2021 (see Note
6). Due to the nature of the contract, GeNeuro considers that it has received a forgivable conditional loan from the
FOPH, as defined in IAS 20, and that it has accordingly benefitted from a government loan at a below-market rate
and it therefore considers the amount to be received as of Dec. 31, 2021 as a liability. Under IAS 20, since the
conditional loan does not bear annual interest, it is treated as an interest-free loan for the Company (i.e. under
conditions more favorable than market rates), and the difference between the amount of the advance at historical
cost and the advance discounted at market rates is considered as a public grant, in an amount of € 467.8K.
FOPH FORGIVABLE LOAN
(in thousands of EUR)
At December 31, 2020
-
2,990.8
(467.8)
New loan
Subsidies
Financial expenses
At December 31, 2021
11.5
2,534.5
8.1.5 Financing by Research Tax Credits
The Company’s French subsidiary has benefitted from research tax credits (“RTC”) for its research and
development work. The amount of the RTC reported for financial year 2020 was repaid during the second half of
2021. Payment of the amount of RTC accrued as at December 31, 2021 is expected during the second half of 2022.
8.2 Description Of The Group’s Cash Flows
As of December 31, 2021, cash and cash equivalents were €5.5 million, compared to €6.8 million as of December
31, 2020.
Cash flow from operating activities
Cash flows from operating activities were negative in 2020 and 2021, as a result of the still significant expenses of
the Company’s research and development activities and despite the decrease in general and administrative
expenses. These cash outflows from operating activities amounted to -€7.2 million and -€6.8 million for the year
ended December 31, 2020 and 2021, respectively. The decrease in cash outflows from operating activities during
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2021 was due primarily to the decrease by €2.1 million in the Company’s net loss, offset by the €0.8 million decrease
in the share-based payment expense and the €0.5 million non-cash impact of the past service costs effect related
to the defined benefit obligation. Change in working capital remained stable in 2021 compared to 2020, at €0.5
million.
Cash flow from investing activities
Cash flows from investing activities were negative by €23 K and by €44 K in 2020 and 2021, respectively.
The Group’s operations generally do not require investments in tangible assets given that the Company
subcontracts the major part of production to third parties. Acquisitions of tangible assets are not significant and
relate essentially to laboratory equipment and office equipment.
Cash flow from financing activities
Cash flow from financing activities was positive by €8.1 million and €5.4 million, respectively, for the years ended
December 31, 2020 and 2021, resulting from the capital increases completed in 2020 and 2021.
Cash burn
The Group considers its cash burn to approximate its cash outflow from operating activities, given its low level of
capital expenditures and investment in intangible assets. Accordingly, its cash burn for 2021 was €6.8 million,
compared to €7.2 million for 2020.
As the Company has completed its Karolinska Trial in March 2022, it expects its cash burn to further decrease in
2022, excluding the impact of its planned post-COVID clinical trial, which is to be funded by the Swiss FOPH subsidy
and other dedicated financings. Excluding the impact of this planned post-COVID trial, cash consumption is
expected to decrease significantly during 2022 following the completion of the Karolinska clinical trial. The
continuation of the Company’s clinical development requires the Company to raise additional funds; in the absence
of such new financing during the first half of 2022 and based on its current cash position, the Company will
implement its fallback operating plan, which includes a restructuring of its activities; on this basis, the Company
expects to be able to fund its operations into Q2 2023. The Company continues to be actively engaged in seeking
a new partner for temelimab in the MS indication, but will also seek other sources of financing, such as capital
increases, debt or non-dilutive funding, such as grants or subsidies, to allow it to continue its program in indications
such as MS, ALS and COVID-19.
In addition, the following factors will continue to contribute to the Company’s cash burn:
−
−
some of the Company's other products move beyond the stage of pre-clinical development to clinical
development;
the Company is confronted with increased regulatory requirements for manufacturing and trials for its product
candidates (including temelimab for MS, which is its only product in an advanced stage of development);
the Company begins to pay fees in connection with applications for product licenses from regulatory bodies;
it increases its product portfolio by adding new products for future development;
it makes milestone payments to third parties (such as bioMérieux) which have already licensed their
technologies to it;
−
−
−
−
it develops its research and development activities and buys new technologies, products or licenses, as the
case may be;
−
−
it develops its business; and
it finances structural expenses consistent with the growth of its business.
8.3 Borrowing Conditions And Financing Structure
With respect to the year ended December 31, 2021, the Group’s financial debts essentially consisted of research
subsidies received in the form of repayable advances granted by Bpifrance amounting to €185 K on the date hereof.
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(amounts in thousands of EUR)
December 31, 2021
Less than 1
year
More than 5
yrs
Total amount
1 to 5 years
FOPH COVID-19 forgivable loan
Reimbursable advances
Lease liabilities
2,534.5
149.8
-
2,534.5
43.7
-
-
106.1
1,216.0
256.9
959.1
Total financial liabilities
3,900.3
363.0
3,537.3
363.0
3,537.3
-
Current financial liabilities
Non-current financial liabilities
Trade liabilities
581.4
581.4
-
-
-
-
2,124.7
2,124.7
Other current liabilities
Please see Notes 7, 10 and 12 to the audited consolidated financial statements as at and for the year ended
December 31, 2021 reproduced in CHAPTER 18 of this Universal Registration Document, for further details.
8.4 Information About Any Restriction On The Use Of Funds Significantly Influencing, Or
Potentially Influencing, The Group’s Business, Directly Or Indirectly
None.
8.5 Sources Of Funds Expected For Future Investments
To cover the Company’s future needs, the Company listed its shares in Euronext’s regulated market in Paris in April
2016 and at the same time completed a capital increase.
At that time, the former Collaboration Agreement with Servier provided for Servier to finance the totality of the costs
of the ANGEL-MS extension study. Following Servier’s decision to exit the Collaboration Agreement and its full
payment of all amounts due to the Company, no future milestone payments are due from Servier.
Since it began operations, the Company has sustained operating losses, except for the 2014 financial year. Such
losses reflect both the significance of the expenses incurred in research and development and the weakness of the
Company’s revenues. The Company foresees that such losses will continue over the next few years, at least until
the marketing and sale of its products (should that occur), because of the significant investments required for
research, development, manufacture, quality control, distribution of its products, pre-clinical and clinical trials,
administrative activities, and activities linked to the development of intellectual property, as well as license
agreements for new products and for the acquisition of new technologies that may become necessary, as the case
may be. The Company may never market or sell any products and, as a result, may never become profitable. Its
operating loss was €7.5 million in 2020 compared to €6.4 million in 2021.
Following the positive results from the Karolinska Trial, which confirmed the positive results from the CHANGE-MS
and ANGEL-MS trials, the Company has reactivated partnership discussions for the MS indication. The Company
is also planning to seek grants or subsidies to support its development efforts in indications such as ALS, MS and
COVID-19 in order to allow it to launch subsequent clinical trials in these indications and will also seek other sources
of financing, such as capital increases, debt or non-dilutive funding, such as grants or subsidies, to allow it to
continue its program in indications such as MS, ALS and COVID-19. In this context, in December 2021 the Company
entered into a €6.4 million subsidy contract with the Swiss FOPH to co-fund, up to 50%, a clinical trial in post-
COVID, of which it has already received, in January 2022, a first instalment of €3.0 million.
The Company expects that its operating losses will increase in the near future, particularly when:
•
•
some of its products move beyond the stage of pre-clinical development to clinical development;
it is confronted with increased regulatory requirements for manufacturing and trials for its product candidates
(including temelimab for MS, which is its only product in an advanced stage of development);
•
•
•
it begins to pay fees in connection with applications for product licenses from regulatory bodies;
it increases its portfolio of products by adding new products for future development;
it makes milestone payments to third parties (such as bioMérieux or the NIH) which have already licensed
their technologies to it;
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•
it develops its research and development activities and buys new technologies, products or licenses, as the
case may be;
•
•
it develops its business in different parts of the world; and
it has to finance structural expenses consistent with the growth of its business.
The amount of net losses and the time needed to reach sustained profitability are difficult to estimate and will
depend on several factors, including:
•
•
the degree of advancement of the Company’s research and development activities, particularly pre-clinical
developments and clinical trials;
the calendar of regulatory procedures in connection with the preparation, review, and protection of patents
and intellectual property rights;
•
•
changes in collaboration arrangements made by the Company; and
other factors, a great number of which are beyond the Company’s control.
8.6 Off-Balance Sheet Commitments
Off-balance sheet commitments consist of individual rights to training, commercial leases, and covenants under the
license agreement with bioMérieux and the NIH. These off-balance sheet commitments are described in Note 19
to the consolidated financial statements prepared in accordance with IFRS for the year ended 31 December 2021.
prepared in accordance with IFRS, set forth in CHAPTER 18 of this Universal Registration Document.
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CHAPTER 9.
REGULATORY ENVIRONMENT
Governmental authorities in Europe, the United States and other countries, at the federal, state and local levels
extensively regulate, among other things, the research, development, testing, manufacture, quality control,
approval, labeling, packaging, storage, record-keeping, promotion, advertising, distribution, post-approval
monitoring and reporting, marketing, and the export and import of drug and biological products, or biologics, such
as the Company’s product candidates. Generally, before a new drug or biologic can be marketed, considerable
data demonstrating its quality, safety and efficacy must be obtained, organized into a format specific to each
regulatory authority, submitted for review, and approved by the regulatory authority.
9.1 In the United States
9.1.1 U.S. Biological Product Development
In the United States, the FDA regulates biologics under the Federal Food, Drug, and Cosmetic Act (the “FDCA”),
and the Public Health Service Act, and their implementing regulations. Biologics are also subject to other federal,
state, and local statutes and regulations. The process of obtaining regulatory approvals and the subsequent
compliance with appropriate federal, state, local, and foreign statutes and regulations require the expenditure of
substantial time and financial resources. Failure to comply with the applicable U.S. requirements at any time during
the product development process, the approval process, or after approval, may subject an applicant to
administrative or legal sanctions. These sanctions could include, among other actions, the FDA’s refusal to approve
pending applications, the withdrawal of an approval, a clinical hold, untitled or warning letters, product recalls or
withdrawals from the market, product seizures, the total or partial suspension of production or distribution
injunctions, fines, refusals of government contracts, restitution, disgorgement, or civil or criminal penalties. Any
agency or judicial enforcement action could have a material adverse effect on the Company.
The Company’s product candidates must be approved by the FDA through the Biologics License Application (the
“BLA”) process before they may be legally marketed in the United States. The process required by the FDA before
a biologic may be marketed in the United States generally involves the following:
•
the completion of extensive non-clinical (sometimes referred to as “pre-clinical”) laboratory tests, pre-clinical
animal studies and formulation studies in accordance with applicable regulations, including the FDA’s Good
Laboratory Practice (“GLP”) regulations;
•
•
submission to the FDA of an IND, which must become effective before human clinical trials may begin;
the performance of adequate and well-controlled human clinical trials in accordance with applicable IND and
other clinical trial-related regulations (sometimes referred to as good clinical practices (“GCPs”)), to establish
the safety and efficacy of the proposed product candidate for its proposed indication;
•
•
submission of a BLA to the FDA;
the satisfactory completion of an FDA pre-approval inspection of the manufacturing facility or facilities where
the product is produced to assess compliance with the FDA’s current good manufacturing practices (“cGMP”),
requirements to assure that the facilities, methods, and controls are adequate to preserve the product’s
identity, strength, quality, purity, and potency;
•
•
a potential FDA audit of the pre-clinical and/or clinical trial sites that generated the data in support of the BLA;
and
FDA review and approval of the BLA prior to any commercial marketing or sale of the product in the United
States.
The data required to support a BLA are generated in two distinct development stages: pre-clinical and clinical. The
pre-clinical development stage generally involves laboratory evaluations of drug chemistry, formulation, and
stability, as well as studies to evaluate toxicity in animals, which support subsequent clinical testing. The conduct
of the pre-clinical studies must comply with federal regulations, including GLPs. The sponsor must submit the results
of the pre-clinical studies, together with manufacturing information, analytical data, any available clinical data or
literature, and a proposed clinical protocol to the FDA as part of the IND. An IND is a request for authorization from
the FDA to administer an investigational drug product to humans. The central focus of an IND submission is on the
general investigational plan and the protocol(s) for human trials. The IND automatically becomes effective 30 days
after receipt by the FDA, unless the FDA raises concerns or questions regarding the proposed clinical trials and
places the IND on clinical hold within that 30-day time period. In such a case, the IND sponsor and the FDA must
resolve any outstanding concerns before the clinical trial can begin. The FDA may also impose clinical holds on a
product candidate at any time before or during clinical trials due to safety concerns or noncompliance. Accordingly,
the Company cannot be sure that submission of an IND will result in the FDA allowing clinical trials to begin, or that,
once begun, issues will not arise that could cause the trial to be suspended or terminated.
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The clinical stage of development involves the administration of the product candidate to healthy volunteers or
patients under the supervision of qualified investigators, generally physicians not employed by or under the trial
sponsor’s control, in accordance with GCPs, which include the requirement that all research subjects provide their
informed consent for their participation in any clinical trial. Clinical trials are conducted under protocols detailing,
among other things, the objectives of the clinical trial, dosing procedures, subject selection and exclusion criteria,
and the parameters to be used to monitor subject safety and assess efficacy. Each protocol, and any subsequent
amendments to the protocol, must be submitted to the FDA as part of the IND. Further, each clinical trial must be
reviewed and approved by an independent institutional review board (“IRB”), at or servicing each institution at which
the clinical trial will be conducted. An IRB is charged with protecting the welfare and rights of trial participants and
considers such items as whether the risks to individuals participating in the clinical trials are minimized and are
reasonable in relation to anticipated benefits. The IRB also approves the informed consent form that must be
provided to each clinical trial subject or his or her legal representative, and must monitor the clinical trial until
completed.
There are also requirements governing the reporting of ongoing clinical trials and completed clinical trial results to
public registries. Sponsors of certain clinical trials of FDA-regulated products, including biologics, are required to
Information related to the product, patient population, phase of investigation, study sites and investigators, and
other aspects of the clinical trial is then made public as part of the registration. Sponsors are also obligated to
discuss the results of their clinical trials after completion. Disclosure of the results of these trials can be delayed
until the new product or new indication being studied has been approved.
Clinical trials are generally conducted in three sequential phases that may overlap, known as Phase I, Phase II and
Phase III clinical trials. Phase I clinical trials generally involve a small number of healthy volunteers who are initially
exposed to a single dose and then multiple doses of the product candidate. The primary purpose of these clinical
trials is to assess the metabolism, pharmacologic action, side effect tolerability, and safety of the product candidate
and, if possible, to gain early evidence on effectiveness. Phase II clinical trials typically involve studies in disease-
affected patients to determine the dose required to produce the desired benefits. At the same time, safety and
further pharmacokinetic and pharmacodynamic information is collected, as well as the identification of possible
adverse effects and safety risks and preliminary evaluation of efficacy. Phase III clinical trials generally involve large
numbers of patients at multiple sites, in multiple countries (from several hundred to several thousand subjects) and
are designed to provide the data necessary to demonstrate the efficacy of the product for its intended use and its
safety in use, to establish the overall benefit/risk relationship of the product, and to provide an adequate basis for
product approval. Phase III clinical trials may include comparisons with placebo and/or other comparator treatments.
The duration of treatment is often extended to mimic the actual use of a product during marketing. Generally, two
adequate and well-controlled Phase III clinical trials are required by the FDA for approval of a BLA.
Post-approval trials, sometimes referred to as Phase IV clinical trials, may be conducted after initial marketing
approval. These trials are used to gain additional experience from the treatment of patients in the intended
therapeutic indication. In certain instances, the FDA may condition approval of a BLA on the sponsor’s agreement
to conduct additional clinical trials to further assess the biologic’s safety and effectiveness after BLA approval.
Progress reports detailing the results of the clinical trials must be submitted at least annually to the FDA and written
IND safety reports must be submitted to the FDA and the investigators for serious and unexpected suspected
adverse reactions, findings from other studies suggesting a significant risk to humans exposed to the drug, and
findings from animal or in vitro testing suggesting a significant risk to humans. Phase I, Phase II, and Phase III
clinical trials may not be completed successfully within any specified period, if at all. The FDA, the IRB, or the
sponsor may suspend or terminate a clinical trial at any time on various grounds, including a finding that the research
subjects or patients are being exposed to an unacceptable health risk. Similarly, an IRB can suspend or terminate
approval of a clinical trial if the clinical trial is not being conducted in accordance with the IRB’s requirements, or if
the drug has been associated with unexpected serious harm to patients. Additionally, some clinical trials are
overseen by an independent group of qualified experts organized by the clinical trial sponsor, known as a data
safety monitoring board. This group provides authorization for whether or not a trial may move forward at designated
intervals based on access to certain data from the trial. The company may also suspend or terminate a clinical trial
based on evolving business objectives and/or competitive climate. Concurrent with clinical trials, companies usually
complete additional animal studies and must also develop additional information about the chemistry and physical
characteristics of the product candidate as well as finalize a process for manufacturing the product in commercial
quantities in accordance with cGMP requirements. The manufacturing process must be capable of consistently
producing quality batches of the product candidate and, among other things, must develop methods for testing the
identity, strength, quality, and purity of the final product. Additionally, appropriate packaging must be selected and
tested and stability studies must be conducted to demonstrate that the product candidate does not undergo
unacceptable deterioration over its shelf life.
9.1.2 BLA and FDA Review Process
Following trial completion, trial data are analyzed to assess safety and efficacy. The results of pre-clinical studies
and clinical trials are then submitted to the FDA as part of a BLA, along with proposed labeling for the product and
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information about the manufacturing process and facilities that will be used to ensure product quality, the results of
analytical testing conducted on the chemistry of the product candidate, and other relevant information. The BLA is
a request for approval to market the biologic for one or more specified indications and must contain proof of safety,
purity, potency, and efficacy, which is demonstrated by extensive pre-clinical and clinical testing. The application
includes both negative or ambiguous results of the pre-clinical and clinical trials as well as positive findings. Data
may come from company-sponsored clinical trials intended to test the safety and efficacy of a use of a product, or
from a number of alternative sources, including studies initiated by investigators. To support marketing approval,
the data submitted must be sufficient in quality and quantity to establish the safety and efficacy of the investigational
product to the satisfaction of the FDA. FDA approval of a BLA must be obtained before a biologic may be marketed
in the United States.
Under the Prescription Drug User Fee Act (the “PDUFA”), as amended, each BLA must be accompanied by a
significant user fee, which is adjusted on an annual basis. The PDUFA also imposes an annual product fee for
human drugs and an annual establishment fee on facilities used to manufacture prescription drugs. Fee waivers or
reductions are available in certain circumstances, including a waiver of the application fee for the first application
filed by a small business.
Once a BLA has been accepted for filing, which occurs, if at all, 60 days after the BLA’s submission, the FDA’s goal
is to review BLAs within ten months of the filing date for standard review or six months of the filing date for priority
review, if the application is for a product intended for a serious or life-threatening condition and the product, if
approved, would provide a significant improvement in safety or effectiveness. The review process is often
significantly extended by FDA requests for additional information or clarification.
After the BLA submission is accepted for filing, the FDA reviews the BLA to determine, among other things, whether
the proposed product candidate is safe and effective for its intended use, and whether it is being manufactured in
accordance with cGMP to ensure and preserve the product candidate’s identity, strength, quality, purity, and
potency. The FDA may refer applications for novel drug product candidates or drug product candidates which
present difficult questions of safety or efficacy to an advisory committee, typically a panel that includes clinicians
and other experts, for review, evaluation, and a recommendation as to whether the application should be approved
and under what conditions. The FDA is not bound by the recommendations of an advisory committee, but it
considers such recommendations carefully when making decisions. The FDA will likely re-analyze the clinical trial
data, which could result in extensive discussions between the FDA and the company during the review process.
The review and evaluation of a BLA by the FDA is extensive and time consuming, and may take longer than
originally planned to complete, and the company may not receive a timely approval, if at all.
Before approving a BLA, the FDA will conduct a pre-approval inspection of the manufacturing facilities for the new
product to determine whether they comply with cGMPs. The FDA will not approve the product unless it determines
that the manufacturing processes and facilities are in compliance with cGMP requirements and adequate to assure
consistent production of the product within required specifications. In addition, before approving a BLA, the FDA
may also audit data from clinical trials to ensure compliance with GCP requirements. After the FDA evaluates the
application, the manufacturing process, and the manufacturing facilities, it may issue an approval letter or a
Complete Response Letter. An approval letter authorizes commercial marketing of the product with specific
prescribing information for specific indications. A Complete Response Letter indicates that the review cycle of the
application is complete and the application will not be approved in its present form. A Complete Response Letter
usually describes all the specific deficiencies in the BLA identified by the FDA. The Complete Response Letter may
require additional clinical data and/or an additional pivotal Phase III clinical trial(s), and/or other significant and time-
consuming requirements related to clinical trials, pre-clinical studies, or manufacturing. If a Complete Response
Letter is issued, the applicant may either resubmit the BLA, addressing all the deficiencies identified in the letter, or
withdraw the application. Even if such data and information are submitted, the FDA may ultimately decide that the
BLA does not satisfy the criteria for approval. Data obtained from clinical trials is not always conclusive and the
FDA may interpret data differently from the way the Company interprets the same data.
There can be no assurance that the FDA will ultimately approve a product for marketing in the United States, and
the Company may encounter significant difficulties or costs during the review process. If a product receives
marketing approval, the approval may be significantly limited to specific populations, severities of allergies, and
dosages or the indications for use may otherwise be limited, which could restrict the commercial value of the
product. Further, the FDA may require that certain contraindications, warnings, or precautions be included in the
product labeling or may condition the approval of the BLA on other changes to the proposed labeling, the
development of adequate controls and specifications, or a commitment to conduct post-market testing or clinical
trials and surveillance to monitor the effects of approved products. For example, the FDA may require Phase IV
testing, which involves clinical trials designed to assess the product’s safety and effectiveness further and may
require testing and surveillance programs to monitor the safety of approved products that have been
commercialized. The FDA may also place other conditions on approvals, including the requirement for a Risk
Evaluation and Mitigation Strategy (“REMS”), to ensure the safe use of the product. If the FDA concludes a REMS
is needed, the sponsor of the BLA must submit a proposed REMS. The FDA will not approve the BLA without an
approved REMS, if required. A REMS could include medication guides, physician communication plans, or elements
to assure safe use, such as restricted distribution methods, patient registries, and other risk minimization tools. Any
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of these limitations on approval or marketing could restrict the commercial promotion, distribution, prescription, or
dispensing of products. Product approvals may be withdrawn for noncompliance with regulatory standards or if
problems occur following initial marketing.
9.1.3 Orphan Drug Designation
The FDA may grant an orphan drug designation to drugs intended to treat a rare disease or condition that affects
fewer than 200,000 individuals in the United States, or if it affects more than 200,000 individuals in the United
States, there is no reasonable expectation that the cost of developing and marketing the drug for this type of disease
or condition will be recovered from sales in the United States. Orphan product designation must be requested before
submitting a BLA. After the FDA grants orphan product status, the identity of the therapeutic agent and its potential
orphan use are disclosed publicly by the FDA. Orphan product designation does not convey any advantage in or
shorten the duration of the regulatory review and approval process.
In the United States, orphan drug designation entitles a party to financial incentives such as opportunities for grant
funding towards clinical trial costs, tax advantages, and user-fee waivers. In addition, if a product receives the first
FDA approval for the indication for which it has orphan designation, the product is entitled to orphan drug exclusivity,
which means the FDA may not approve any other application to market the same drug for the same indication for
a period of seven years, except in limited circumstances, such as a showing of clinical superiority over the product
with orphan exclusivity or where the manufacturer with orphan exclusivity is unable to assure sufficient quantities
of the approved orphan-designated product. Competitors, however, may receive approval for different products, the
indication for which the orphan product has exclusivity or obtain approval for the same product but for a different
indication for which the orphan product has exclusivity. Orphan product exclusivity also could block the approval of
one of the Company’s products for seven years, if a competitor obtains approval of the same biological product as
defined by the FDA. If a drug or biological product designated as an orphan product receives marketing approval
for an indication broader than that so designated, it may not be entitled to orphan product exclusivity.
9.1.4 Expedited Development and Review Programs
The FDA has a Fast-Track program that is intended to expedite or facilitate the process for reviewing new drugs
and biological products that meet certain criteria. Specifically, new drugs and biological products are eligible for
fast-track designation if they are intended to treat a serious or life-threatening condition and non-clinical or clinical
data demonstrate the potential for addressing an unmet medical need. Fast-Track designation applies to the
combination of the product and the specific indication for which it is being studied. The sponsor of a new drug or
biologic may request the FDA to designate the drug or biologic as a Fast-Track product concurrently with the
submission of an IND or at any time before a pre-BLA meeting, and the FDA must determine if the product qualifies
for Fast-Track designation within 60 days of receipt of the sponsor’s request. Unique to a fast-track product, the
FDA may consider for review sections of the marketing application on a rolling basis before the complete application
is submitted, if the sponsor provides a schedule for the submission of the sections of the application, the FDA
agrees to accept sections of the application and determines that the schedule is acceptable, and the sponsor pays
any required user fees upon submission of the first section of the application.
Any product submitted to the FDA for marketing, including under a Fast-Track program, may be eligible for other
types of FDA programs intended to expedite development and review, such as priority review and accelerated
approval. Any product is eligible for priority review, or review within a six-month time-frame from the date a complete
BLA is accepted for filing, if it treats a serious condition and has the potential to provide a significant improvement
in safety or effectiveness. The FDA will attempt to direct additional resources to the evaluation of an application for
a new drug or biological product designated for priority review in an effort to facilitate the review.
Additionally, a product may be eligible for accelerated approval. Drug or biological products studied for their safety
and effectiveness in treating serious or life-threatening illnesses and that provide meaningful therapeutic benefit
over existing treatments may receive accelerated approval, which means that they may be approved on the basis
of adequate and well-controlled clinical trials establishing that the product has an effect on a surrogate end point
that is reasonably likely to predict a clinical benefit, or on the basis of an effect on a clinical end point other than
survival or irreversible morbidity. As a condition of approval, the FDA may require that a sponsor of a drug or
biological product receiving accelerated approval perform adequate and well-controlled post-marketing clinical
trials.
If the FDA concludes that a drug shown to be effective can be safely used only if distribution or use is restricted, it
will require such post-marketing restrictions as it deems necessary to assure the safe use of the drug, or elements
to assure safe use (“ETASU”), such as:
•
•
distribution being restricted to certain facilities or physicians with special training or experience; or
distribution being conditioned on the performance of specified medical procedures.
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The limitations imposed would be commensurate with the specific safety concerns presented by the product. In
addition, the FDA currently requires as a condition for accelerated approval the pre-approval of promotional
materials, which could adversely impact the timing of the commercial launch of the product. Fast-track designation,
priority review, and accelerated approval do not change the standards for approval but may expedite the
development or approval process.
9.1.5 Breakthrough Designation
The Food and Drug Administration Safety and Innovation Act (the “FDASIA”) amended the FDCA to require the
FDA to expedite the development and review of a Breakthrough Therapy. A product can be designated as a
Breakthrough Therapy if it is intended to treat a serious or life-threatening condition and preliminary clinical evidence
indicates that it may demonstrate substantial improvement over existing therapies on one or more clinically
significant end points. A sponsor may request that a product candidate be designated as a Breakthrough Therapy
concurrently with the submission of an IND or any time thereafter, and the FDA must determine if the product
candidate qualifies for Breakthrough Therapy designation within 60 days of receipt of the sponsor’s request. If so
designated, the FDA must act to expedite the development and review of the product’s marketing application,
including by meeting with the sponsor throughout the product’s development, providing timely advice to the sponsor
to ensure that the development program to gather pre-clinical and clinical data is as efficient as practicable, involving
senior managers and experienced review staff in a cross-disciplinary review, assigning a cross-disciplinary project
head for the FDA review team to facilitate an efficient review of the development program and to serve as a scientific
liaison between the review team and the sponsor, and taking steps to ensure that the design of the clinical trials is
as efficient as practicable.
9.1.6 Pediatric Trials
Under the Pediatric Research Equity Act, a BLA or supplement to a BLA must contain data to assess the safety
and efficacy of the product for the claimed indications in all relevant pediatric subpopulations and to support dosing
and administration for each pediatric subpopulation for which the product is safe and effective. The FDASIA requires
that a sponsor who is planning to submit a marketing application for a drug or biological product that includes a new
active ingredient, a new indication, a new dosage form, new dosing regimen or a new route of administration submit
an initial Pediatric Study Plan (“PSP”) within 60 days of an end-of-Phase II meeting or as may be agreed between
the sponsor and the FDA. The initial PSP must include an outline of the pediatric study or studies that the sponsor
plans to conduct, including study objectives and design, age groups, relevant end points, and statistical approach,
or a justification for not including such detailed information, and any request for a deferral of pediatric assessments
or a full or partial waiver of the requirement to provide data from pediatric studies along with supporting information.
The FDA and the sponsor must reach agreement on the PSP. A sponsor can submit amendments to an agreed-
upon initial PSP at any time if changes to the pediatric plan need to be considered based on data collected from
non-clinical studies, early phase clinical trials, and/or other clinical development programs. The FDA may, on its
own initiative or at the request of the applicant, grant deferrals for submission of data or full or partial waivers.
9.1.7 Post-Marketing Requirements
Following approval of a new product, a manufacturer and the approved product are subject to continuing regulation
by the FDA, including, among other things, monitoring and recordkeeping activities, the reporting to the applicable
regulatory authorities of adverse experiences with the product, providing the regulatory authorities with updated
safety and efficacy information, product sampling and distribution requirements, and complying with promotion and
advertising requirements, which include, among others, standards for direct-to-consumer advertising, restrictions
on promoting products for uses or in patient populations that are not described in the product’s approved labeling
(known as “off-label use”), limitations on industry-sponsored scientific and educational activities, and requirements
for promotional activities involving the internet. Although physicians may prescribe legally available drugs and
biologics for off-label uses, manufacturers may not market or promote such off-label uses. Modifications or
enhancements to the product or its labeling or changes of the site of manufacture are often subject to the approval
of the FDA and other regulators, which may or may not be received or may result in a lengthy review process.
Prescription drug promotional materials must be submitted to the FDA in conjunction with their first use. Any
distribution of prescription drug products and pharmaceutical samples must comply with the U.S. Prescription Drug
Marketing Act, or the PDMA, a part of the FDCA.
In the United States, once a product is approved, its manufacture is subject to comprehensive and continuing
regulation by the FDA. The FDA regulations require that products be manufactured in specific approved facilities
and in accordance with cGMP. cGMP regulations require, among other things, quality control and quality assurance
as well as the corresponding maintenance of records and documentation, and provide an obligation to investigate
and correct any deviations from cGMP. Manufacturers and other entities involved in the manufacture and
distribution of approved products are required to register their establishments with the FDA and certain state
agencies, and are subject to periodic unannounced inspections by the FDA and certain state agencies for
compliance with cGMP and other laws. Accordingly, manufacturers must continue to expend time, money, and
effort on production and quality control in order to maintain cGMP compliance. These regulations also impose
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certain organizational, procedural, and documentation requirements with respect to manufacturing and quality
assurance activities. BLA holders using contract manufacturers, laboratories, or packagers are responsible for the
selection and monitoring of qualified firms and, in certain circumstances, qualified suppliers to these firms. These
firms and, where applicable, their suppliers are subject to inspections by the FDA at any time, and the discovery of
violative conditions, including failure to conform to cGMP, could result in enforcement actions that interrupt the
operation of any such facilities or the ability to distribute products manufactured, processed, or tested by them. The
discovery of problems with a product after approval may result in restrictions on the product, manufacturer, or holder
of an approved BLA, including, among other things, the recall or withdrawal of the product from the market.
The FDA also may require post-approval testing (sometimes referred to as Phase IV testing), risk minimization
action plans, and post-marketing surveillance in order to monitor the effects of an approved product or place
conditions on an approval that could restrict the distribution or use of the product. The discovery of previously
unknown problems with a product or the failure to comply with applicable FDA requirements can have negative
consequences, including adverse publicity, judicial or administrative enforcement, warning letters from the FDA,
mandated corrective advertising or communications with doctors, and civil or criminal penalties, among others.
Newly discovered or developed safety or efficacy data may require changes to a product’s approved labeling,
including the addition of new warnings and contraindications, and also may require the implementation of other risk
management measures. New government requirements, including those resulting from new legislation, may also
be established, or the FDA’s policies may change, which could delay or prevent the regulatory approval of products
under development.
9.1.8 Other Regulatory Matters
Manufacturing, sale, promotion, and other activities following product approval are also subject to regulation by
numerous regulatory authorities in addition to the FDA, including the Centers for Medicare & Medicaid Services
other divisions of the Department of Health and Human Services, the Drug Enforcement Administration, the
Consumer Product Safety Commission, the Federal Trade Commission, the Occupational Safety & Health
Administration, the Environmental Protection Agency, and state and local governments. In the United States, sales,
marketing, and scientific or educational programs must also comply with state and federal fraud and abuse laws,
data privacy and security laws, transparency laws, and pricing and reimbursement requirements in connection with
governmental payor programs, among others. The handling of any controlled substances must comply with the
U.S. Controlled Substances Act and Controlled Substances Import and Export Act. Products must meet applicable
child-resistant packaging requirements under the U.S. Poison Prevention Packaging Act. Manufacturing, sales,
promotion, and other activities are also potentially subject to federal and state consumer protection and unfair
competition laws.
The distribution of pharmaceutical products is subject to additional requirements and regulations, including
extensive record-keeping, licensing, storage, and security requirements intended to prevent the unauthorized sale
of pharmaceutical products.
Failure to comply with regulatory requirements can subject firms to possible legal or regulatory action. Depending
on the circumstances, failure to meet applicable regulatory requirements can result in criminal prosecution, fines or
other penalties, injunctions, the recall or seizure of products, the total or partial suspension of production, the denial
or withdrawal of product approvals, or refusal to allow a firm to enter into supply contracts, including government
contracts. In addition, even if a firm complies with FDA and other requirements, new information regarding the
safety or efficacy of a product could lead the FDA to modify or withdraw product approval. Prohibitions or restrictions
on sales or the withdrawal of future products marketed by the Company could materially adversely affect its
business.
Changes in regulations, statutes, or the interpretation of existing regulations could impact the Company’s business
in the future by requiring, for example: (i) changes to its manufacturing arrangements; (ii) additions or modifications
to product labeling; (iii) the recall or discontinuance of its products; or (iv) additional record-keeping requirements.
If any such changes were to be imposed, they could adversely affect the operation of the Company’s business.
9.1.9 U.S. Patent Term Restoration and Marketing Exclusivity
Depending upon the timing, duration, and specifics of the FDA approval of the Company’s product candidates,
some of its U.S. patents may be eligible for limited patent term extension under the Drug Price Competition and
Patent Term Restoration Act of 1984 (also called the Hatch-Waxman Amendments). The Hatch-Waxman
Amendments permit a patent restoration term of up to five years as compensation for patent term lost during product
development and the FDA regulatory review process. However, patent term restoration cannot extend the remaining
term of a patent beyond a total of 14 years from the product’s approval date. The patent term restoration period is
generally one-half the time between the effective date of an IND and the submission date of a BLA plus the time
between the submission date of a BLA and the approval of that application, except that the review period is reduced
by any time during which the applicant failed to exercise due diligence. Only one patent applicable to an approved
drug is eligible for the extension, and the application for the extension must be submitted prior to the expiration of
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the patent. The U.S. PTO, in consultation with the FDA, reviews and approves the application for any patent term
extension or restoration. In the future, the Company may apply for the restoration of the patent term for its currently
owned or licensed patents to add patent life beyond their current expiration date, depending on the expected length
of the clinical trials and other factors involved in the filing of the relevant BLA.
An abbreviated approval pathway for biological products shown to be similar to, or interchangeable with, an FDA-
licensed reference biological product was created by the Biologics Price Competition and Innovation Act of 2009
(“BPCIA”). Biosimilarity, which requires that the biological product be highly similar to the reference product
notwithstanding minor differences in clinically inactive components and that there be no clinically meaningful
differences between the product and the reference product in terms of safety, purity, and potency, can be shown
through analytical studies, animal studies, and a clinical trial or trials. Interchangeability requires that a biological
product be biosimilar to the reference product and the product can be expected to produce the same clinical results
as the reference product in any given patient and, for products administered multiple times, the product and the
reference product may be alternated or switched after one has been previously administered without increasing
safety risks or risks of diminished efficacy relative to exclusive use of the reference biological product. A reference
biological product is granted twelve years of exclusivity from the time of first licensure of the product, and the FDA
will not accept an application for a biosimilar or interchangeable product based on the reference biological product
until four years after the date of first licensure. “First licensure” typically means the initial date the particular product
at issue was licensed in the United States. This does not include a supplement for the biological product or a
subsequent application by the same sponsor or manufacturer of the biological product (or licensor, predecessor in
interest, or other related entity) for a change that results in a new indication, route of administration, dosing
schedule, dosage form, delivery system, delivery device, or strength, unless that change is a modification to the
structure of the biological product and such modification changes its safety, purity, or potency. Whether a
subsequent application, if approved, warrants exclusivity as the “first licensure” of a biological product is determined
on a case-by-case basis with data submitted by the sponsor.
Pediatric exclusivity is another type of regulatory market exclusivity in the United States. Pediatric exclusivity, if
granted, adds six months to existing exclusivity periods and patent terms. This six-month exclusivity, which runs
from the end of other exclusivity protection or patent term, may be granted based on the voluntary completion of a
pediatric trial in accordance with an FDA-issued “Written Request” for such a trial.
9.2 In the European Union
9.2.1 European Union Drug Development
In the European Union, the Company’s future product candidates may also be subject to extensive regulatory
requirements. As in the United States, medicinal products can only be marketed if a marketing authorization from
the competent regulatory agencies has been obtained.
As in the United States, the various phases of pre-clinical and clinical research in the European Union are subject
to significant regulatory controls. Although the EU Clinical Trials Directive 2001/20/EC has sought to harmonize the
EU clinical trials regulatory framework, setting out common rules for the control and authorization of clinical trials in
the European Union, the EU Member States have transposed and applied the provisions of the Directive differently.
This has led to significant variations in the Member State regimes. To improve the current system, Regulation No.
536/2014 on clinical trials of medicinal product candidates for human use, which repealed Directive 2001/20/EC,
was adopted on April 16, 2014 and published in the European Official Journal on May 27, 2014. This Regulation
aims at harmonizing and streamlining the clinical trials authorization process, simplifying adverse event reporting
procedures, improving the supervision of clinical trials, and increasing their transparency. Although the Regulation
entered into force on June 16, 2014, it will not be applicable until six months after the full functionality of the IT portal
and database envisaged in the Regulation is confirmed. This is not expected to occur until January 2022. Until then
Clinical Trials Directive 2001/20/EC will still apply.
Under the current regime, before a clinical trial can be initiated it must be approved in each of the EU countries in
which the trial is to be conducted by two distinct bodies: the National Competent Authority (“NCA”) and one or more
Ethics Committees, (“ECs”). Under the current regime all suspected unexpected serious adverse reactions, to the
investigated drug that occur during the clinical trial have to be reported to the NCA and ECs of the Member State
in which they occurred.
9.2.2 European Union Drug Review and Approval
In the European Economic Area (the “EEA”) (which is now comprised of the 27 Member States of the European
Union plus Norway, Iceland, Liechtenstein), medicinal products can only be commercialized after obtaining a
Marketing Authorization (“EU MA”). There are two types of MAs:
•
the EU MA, which is issued by the European Commission through the Centralized Procedure, based on the
opinion of the Committee for Medicinal Products for Human Use (“CHMP”), of the EMA, and which is valid
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throughout the entire territory of the EEA. The Centralized Procedure is mandatory for certain types of
products, such as biotechnology medicinal products, orphan medicinal products, and medicinal products that
contain a new active substance indicated for the treatment of AIDS, cancer, neurodegenerative disorders,
diabetes, or autoimmune and viral diseases. The Centralized Procedure is optional for products that contain
a new active substance not yet authorized in the EEA, or for products that constitute a significant therapeutic,
scientific, or technical innovation or which are in the interest of public health in the European Union; and
•
national MAs, which are issued by the competent authorities of the Member States of the EEA and only cover
their respective territories, are available for products that do not fall within the mandatory scope of the
Centralized Procedure. Where a product has already been authorized for marketing in a Member State of the
EEA, this National MA can be recognized in another member state through the Mutual Recognition
Procedure. If the product has not received a National MA in any Member State at the time of application, it
can be approved simultaneously in various Member States through the Decentralized Procedure. Under the
Decentralized Procedure an identical dossier is submitted to the competent authorities of each of the Member
States in which the MA is sought, one of which is selected by the applicant as the Reference Member State
(“RMS”). The competent authority of the RMS prepares a draft assessment report, a draft summary of the
product characteristics (“SmPC”), and a draft of the labeling and package leaflet, which are sent to the other
Member States (referred to as the Concerned Member State (the “CMSs”) for their approval. If the CMSs
raise no objections, based on a potential serious risk to public health, to the assessment, SmPC, labeling, or
packaging proposed by the RMS, the product is subsequently granted a national MA in all Member States
(i.e., in the RMS and the CMSs).
Under the above-described procedures, before granting the MA, the EMA or the competent authorities of the
Member States of the EEA make an assessment of the risk–benefit balance of the product on the basis of scientific
criteria concerning its quality, safety, and efficacy.
9.3 Registration procedures outside of Europe and the United States
In addition to regulation in the United States and Europe, a variety of foreign regulations govern clinical trials,
commercial sales and distribution of drugs. Pharmaceutical firms who wish to market their medicinal drugs outside
the European Union and the United States must submit marketing authorization application to the national
authorities of the concerned countries, such as the Pharmaceutical and Medical Device Agency, or PMDA in Japan.
The approval process varies from jurisdiction to jurisdiction and the time to approval may be longer or shorter than
that required by the FDA or European Commission.
9.4 Reimbursement
Sales of the Company’s products will depend, in part, on the extent to which the Company’s products, once
approved, will be covered and reimbursed by third-party payors, such as government health programs, commercial
insurance, and managed healthcare organizations. These third-party payors are increasingly reducing
reimbursements for medical products and services. The process for determining whether a third-party payor will
provide coverage for a drug product typically is separate from the process for setting the price of a drug product or
for establishing the reimbursement rate that a payor will pay for the drug product once coverage is approved. Third-
party payors may limit coverage to specific drug products on an approved list (also known as a formulary) which
might not include all the approved drugs for a particular indication.
In order to secure coverage and reimbursement for any product candidate that might be approved for sale, the
Company may need to conduct expensive pharmaco-economic studies in order to demonstrate the medical
necessity and cost-effectiveness of the product candidate, in addition to the costs required to obtain FDA or other
comparable regulatory approvals. Whether or not the Company conducts such studies, its product candidates may
not be considered medically necessary or cost effective. A third-party payor’s decision to provide coverage for a
drug product does not imply that an adequate reimbursement rate will be approved. Further, one payor’s
determination to provide coverage for a product does not ensure that other payors will also provide coverage, and
adequate reimbursement, for the product. Third-party reimbursement may not be sufficient to enable the Company
to maintain price levels high enough to realize an appropriate return on its investment in product development.
The containment of healthcare costs has become a priority of federal and state governments, and the prices of
drugs have been a focus in this effort. The U.S. government, state legislatures, and foreign governments have
shown significant interest in implementing cost-containment programs, including price controls, restrictions on
reimbursement, and requirements for the substitution of generic products. The adoption of price controls and cost-
containment measures, and the adoption of more restrictive policies in jurisdictions with existing controls and
measures, could further limit the Company’s net revenue and results. Decreases in third-party reimbursement for
the Company’s product candidate or a decision by a third-party payor not to cover the Company’s product candidate
could reduce physician usage of the product candidate and have a material adverse effect on the Company’s sales,
results of operations, and financial condition.
In addition, in some countries, the proposed pricing for a drug must be approved before it may be lawfully marketed.
In Europe, the requirements governing drug pricing vary widely from country to country. Some countries provide
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that products may be marketed only after a reimbursement price has been agreed. Some countries may require the
completion of additional studies that compare the cost-effectiveness of a particular product candidate to currently
available therapies or so called health technology assessments, in order to obtain reimbursement or pricing
approval. For example, the European Union provides options for its Member States to restrict the range of medicinal
products for which their national health insurance systems provide reimbursement and to control the prices of
medicinal products for human use. A Member State may approve a specific price for the medicinal product, or it
may instead adopt a system of direct or indirect controls on the profitability of the company placing the medicinal
product on the market. Recently, many countries in the European Union have increased the amount of discounts
required on pharmaceuticals and these efforts could continue as countries attempt to manage healthcare
expenditures, especially in light of the severe fiscal and debt crises experienced by many countries in the European
Union. For example, in France, effective access to the market assumes that the Company’s future products will be
supported by a hospital (through an agreement for local communities) or reimbursed by a healthcare or social
security administration and the price of medications is negotiated with the Economic Committee for Health Products.
There can be no assurance that any country that has price controls or reimbursement limitations for pharmaceutical
products will allow favorable reimbursement and pricing arrangements for any of the Company’s product
candidates. Historically, products launched in the European Union do not follow price structures of the United States
and generally tend to be significantly lower.
The Patient Protection and Affordable Care Act, as amended by the Health Care and Education Reconciliation Act
(collectively the “ACA”) enacted in the United States in March 2010, has already had, and is expected to continue
to have, a significant impact on the healthcare industry. The ACA has expanded coverage for the uninsured while
at the same time containing overall healthcare costs. With regard to pharmaceutical products, among other things,
the ACA expanded and increased industry rebates for drugs covered under Medicaid programs and made changes
to the coverage requirements under the Medicare Part D program.
Since its enactment there have been judicial and Congressional challenges to certain aspects of the ACA, as well
as recent efforts by the Trump administration to repeal or replace certain aspects of the ACA. Since January 2017,
President Trump has signed two Executive Orders and other directives designed to delay the implementation of
certain provisions of the ACA or otherwise circumvent some of the requirements for health insurance mandated by
the ACA. Concurrently, Congress has considered legislation that would repeal or repeal and replace all or part of
the ACA. While Congress has not passed comprehensive repeal legislation, it has enacted laws that modify certain
provisions of the ACA such as removing penalties, starting January 1, 2019, for not complying with the ACA's
individual mandate to carry health insurance, delaying the implementation of certain ACA-mandated fees, and
increasing the point-of-sale discount that is owed by pharmaceutical manufacturers who participate in Medicare
Part D. In July 2018, the Centers for Medicare and Medicaid Services, or CMS, published a final rule permitting
further collections and payments to and from certain ACA-qualified health plans and health insurance issuers under
the Affordable Care Act risk adjustment program in response to the outcome of federal district court litigation
regarding the method CMS uses to determine this risk adjustment. On December 14, 2018, a U.S. District Court
Judge in the Northern District of Texas, ruled that the individual mandate is a critical and inseverable feature of the
ACA, and therefore, because it was repealed as part of the Tax Cuts and Jobs Act, the remaining provisions of the
ACA are invalid as well. While the Texas U.S. District Court Judge, as well as the Trump Administration and CMS,
have both stated that the ruling will have no immediate effect, it is unclear how this decision, subsequent appeals,
and other efforts to repeal and replace the ACA will impact the ACA.
In addition, other legislative changes have been proposed and adopted in the United States since the ACA was
enacted. On August 2, 2011, the Budget Control Act of 2011, among other things, created measures for spending
reductions by Congress. A Joint Select Committee on Deficit Reduction, tasked with recommending a targeted
deficit reduction of at least USD 1.2 trillion for the years 2013 through 2021, was unable to reach required goals,
thereby triggering the legislation’s automatic reduction of several government programs, including aggregate
reductions to Medicare payments to providers of up to 2% per fiscal year, begun in April 2013. On January 2, 2013,
President Obama signed into law the American Taxpayer Relief Act of 2012 (the “ATRA”) which delayed for another
two months the budget cuts mandated by these sequestration provisions of the Budget Control Act of 2011. The
ATRA, among other things, also reduced Medicare payments to several providers, including hospitals, imaging
centers, and cancer treatment centers, and increased the statute of limitations period for the government to recover
overpayments to providers from three to five years. . Recently, there has been heightened governmental scrutiny
over the manner in which manufacturers set prices for their marketed products. Such scrutiny has resulted in several
recent U.S. Congressional inquiries and proposed and enacted federal and state legislation designed to, among
other things, bring more transparency to drug pricing, review the relationship between pricing and manufacturer
patient programs, reduce the cost of drugs under Medicare and reform government program reimbursement
methodologies for drug products. At the federal level, the Trump administration's budget proposal for fiscal year
2019 contains further drug price control measures that could be enacted during the 2019 budget process or in other
future legislation, including, for example, measures to permit Medicare Part D plans to negotiate the price of certain
drugs under Medicare Part B, to allow some states to negotiate drug prices under Medicaid, and to eliminate cost
sharing for generic drugs for low-income patients. Additionally, the Trump administration released a "Blueprint" to
lower drug prices and reduce out of pocket costs of drugs that contains additional proposals to increase
manufacturer competition, increase the negotiating power of certain federal healthcare programs, incentivize
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manufacturers to lower the list price of their products and reduce the out of pocket costs of drug products paid by
consumers. Additionally, on January 31, 2019, Office of Inspector General of the U.S. Department of Health and
Human Services proposed modifications to federal Anti-Kickback Statute safe harbors which, among other things,
will affect rebates paid by manufacturers to Medicare Part D plans, the purpose of which is to further reduce the
cost of drug products to consumers. Although a number of these, and other proposed measures may require
additional authorization to become effective, Congress and the Trump administration have each indicated that it will
continue to seek new legislative and/or administrative measures to control drug costs. At the state level, legislatures
have increasingly passed legislation and implemented regulations designed to control pharmaceutical product
pricing, including price or patient reimbursement constraints, discounts, restrictions on certain product access and
marketing cost disclosure and transparency measures, and, in some cases, designed to encourage importation
from other countries and bulk purchasing.
On May 30, 2018, the Right to Try Act, was signed into law. The law, among other things, provides a federal
framework for certain patients to access certain investigational new drug products that have completed a Phase I
clinical trial and that are undergoing investigation for FDA approval. Under certain circumstances, eligible patients
can seek treatment without enrolling in clinical trials and without obtaining FDA permission under the FDA expanded
access program. There is no obligation for a drug manufacturer to make its drug products available to eligible
patients as a result of the Right to Try Act.
9.5 Other Healthcare Laws and Compliance Requirements in the United States
Business operations in the United States and arrangements with clinical investigators, healthcare providers,
consultants, third-party payors and patients may expose the Company to broadly applicable federal and state fraud
and abuse and other healthcare laws. These laws may impact, among other things, the Company’s research,
proposed sales, marketing, and education programs for the Company’s product candidates that obtain marketing
approval. The laws that may affect the Company’s ability to operate include, among others:
•
the federal Anti-Kickback Statute, which prohibits, among other things, persons from knowingly and willfully
soliciting, receiving, offering, or paying remuneration (including any kickback, bribe, or rebate), directly or
indirectly, in cash or in kind, to induce or reward, or in return for, either the referral of an individual for, or the
purchase, lease, order, or recommendation of, an item, good, facility, or service reimbursable under a federal
healthcare program, such as the Medicare and Medicaid programs. Practices that involve remuneration that
may be alleged to be intended to induce prescribing, purchases or recommendations may be subject to
scrutiny if they do not qualify for an exception or safe harbor. Several courts have interpreted the statute’s
intent requirement to mean that if any one purpose of an arrangement involving remuneration is to induce
referrals of federal healthcare covered business, the Anti-Kickback Statute has been violated;
•
federal, civil and criminal false claims laws and civil monetary penalty laws, which impose penalties and
provide for civil whistleblower or qui tam actions against individuals and entities for, among other things,
knowingly presenting, or causing to be presented, claims for payment from Medicare, Medicaid, or other third-
party payors that are false or fraudulent, or making a false statement or record material to the payment of a
false claim or avoiding, decreasing, or concealing an obligation to pay money to the federal government,
including, for example, providing inaccurate billing or coding information to customers or promoting a product
off-label;
•
•
the federal Health Insurance Portability and Accountability Act of 1996 (“HIPAA”) created additional federal
criminal statutes that prohibit knowingly and willfully executing or attempting to execute a scheme to defraud
any healthcare benefit program, knowingly and willfully falsifying, concealing or covering up a material fact
or making false statements relating to healthcare matters, knowingly and willfully embezzling or stealing from
a healthcare benefit program, or willfully obstructing a criminal investigation of a healthcare offense;
the federal Physician Payments Sunshine Act, enacted as part of the ACA, which requires applicable
manufacturers of covered drugs, devices, biologics, and medical supplies to track and annually report to the
CMS payments and other transfers of value provided to physicians and teaching hospitals and certain
ownership and investment interests held by physicians or their immediate family members in applicable
manufacturers and group purchasing organizations;
•
•
HIPAA, as amended by the Health Information Technology and Clinical Health Act (“HITECH”), and its
implementing regulations, which impose certain requirements on covered entities and their business
associates relating to the privacy, security, and transmission of individually identifiable health information;
and
state law equivalents of each of the above federal laws, such as state anti-kickback and false claims laws
which may apply to items or services reimbursed by any third-party payor, including commercial insurers,
state marketing, and/or transparency laws applicable to manufacturers that may be broader in scope than
the federal requirements, state laws that require biopharmaceutical companies to comply with the
biopharmaceutical industry’s voluntary compliance guidelines and the relevant compliance guidance
promulgated by the federal government, and state laws governing the privacy and security of health
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information in certain circumstances, many of which differ from each other in significant ways and may not
have the same effect as HIPAA, thus complicating compliance efforts.
The ACA broadened the reach of the federal fraud and abuse laws by, among other things, amending the intent
requirement of the federal Anti-Kickback Statute and the applicable federal criminal healthcare fraud statutes.
Pursuant to the statutory amendment, a person or entity no longer needs to have actual knowledge of this statute
or specific intent to violate it in order to have committed a violation. In addition, the ACA provides that the
government may assert that a claim that includes items or services resulting from a violation of the federal Anti-
Kickback Statute constitutes a false or fraudulent claim for purposes of the civil U.S. False Claims Act or the civil
monetary penalties statute.
Efforts to ensure that the Company’s business arrangements with third parties will comply with applicable healthcare
laws will involve substantial costs. It is possible that governmental authorities will conclude that the Company’s
business practices may not comply with current or future statutes, regulations, or case law involving applicable
fraud and abuse or other healthcare laws. If the Company’s operations are found to be in violation of any of these
laws or any other governmental regulations that may apply to it, the Company may be subject to significant
administrative, civil, and/or criminal penalties, damages, fines, disgorgement, individual imprisonment, exclusion
from government funded healthcare programs, (such as Medicare and Medicaid), and the curtailment or
restructuring of its operations. If the physicians or other healthcare providers or entities with whom or which the
Company expects to do business are found to be not in compliance with applicable laws, they may be subject to
administrative, civil, and/or criminal sanctions, including exclusions from government-funded healthcare programs.
9.6 Data protection Rules in Europe
European Union Regulation (EU) 2016/679, known as the General Data Protection Regulation (GDPR), which
entered into force on 25 May 2018, as well as EU Member States implementing legislations, apply to the collection
and processing of personal data, including health-related information, by companies located in the EU, or in certain
circumstances, by companies located outside of the EU and processing personal information of individuals located
in the EU. These laws impose strict obligations on the ability to process personal data, including health-related
information, in particular in relation to their collection, use, disclosure and transfer.
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CHAPTER 10.
INFORMATION ON TRENDS
10.1 Recent Changes Since The End Of Financial Year 2021
POST-covid 19 Project
In January 2022, the Company received the instalment payment of CHF 3,090K (€ 2,991K) from the Swiss FOPH,
which was included within the “Other” receivables as of December 31, 2021.
Completion of Karolinska Trial
On January 27, 2022, the Company also announced that it had completed its ProTEct-MS study with the last visit
of the last patient, and confirmed that it expected results from this clinical trial by the end of March 2022.
On March 21, 2022, the Company presented the top-line results from the ProTEct-MS study, which confirmed the
safety of higher doses of temelimab used in combination with rituximab, a high-efficacy anti-CD20 drug, thus
meeting the primary endpoint of the study. The results also showed beneficial trends on key parameters of
neurodegeneration measured by MRI, pointing to the synergistic potential to address neurodegeneration on top of
anti-inflammatory treatment in multiple sclerosis. Based on these positive results, GeNeuro will resume discussions
with regulatory authorities and with potential partners to define the best development path combining temelimab
and anti-neuroinflammatory treatments.
Cash Position as at March 31, 2022
On April 15, 2022, the Company reported on its unaudited cash and cash equivalent position for the first quarter of
2022 of €5.9 million. The continuation of the Company’s clinical development requires the Company to raise
additional funds; in the absence of such new financing during the first half of 2022 and based on its current cash
position, the Company will implement its fallback operating plan, which includes a restructuring of its activities. On
this basis, the Company considered that on the filing date of this Universal Registration Document its available cash
resources provide GeNeuro with visibility until Q2 2023 in terms of financing all its planned activities; as noted
above, the planned activities exclude the post-COVID trial and the ALS pre-clinical program which are to be funded
through the FOPH subsidy and additional dedicated financings.
For Q1 2022, the cash consumption related to GeNeuro’s operating and investing activities was €2.6 million,
compared to €2.1 million for the same period of 2021. The higher cash consumption is primarily due to expenses
incurred for the post-COVID program (approximately €0.6 million) and in connection with which a first instalment of
€2.9 million was received from the FOPH in January 2022. Q1 2022 cash consumption was in line with the
Company’s expectations and included the payment of outstanding invoices from suppliers and accruals at end
December 2021; furthermore, because of the completion in March 2022 of the ProTEct-MS Phase 2 clinical trial in
MS, the Q1 2022 cash consumption is not indicative of ongoing cash consumption, which the Company expects to
continue decreasing during 2022.
10.2 Known Trends, Uncertainties, Requests For Commitment Or Event Reasonably Likely To
Influence The Company’s Prospects
Given the high costs of Phase III clinical trials in MS, likely to exceed to €100 million, GeNeuro has reactivated
partnership discussions following the results from the Karolinska ProTEct-MS trial.
Impact of COVID-19 Pandemic
In the context of the COVID-19 outbreak, which was declared a “pandemic” by the World Health Organization
(WHO) on March 12, 2020, the Company has undertaken a full review of the impact of the outbreak on its business
and has strictly followed the recommendations issued by the World Health Organization and by local governments
in terms of health & hygiene and organizational standards, in order to ensure the health and safety of its staff and
their families.
Based on the current status of the pandemic and on governmental recommendations, the Company expects no
impact from the pandemic during 2022, subject to review in the event new variants of concern were to emerge that
would be resistant to vaccines or current approved treatments.
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CHAPTER 11.
FORECASTS OR ESTIMATES OF PROFIT OR LOSS
The Company does not plan to make forecasts or estimates of profits and losses.
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CHAPTER 12.
ADMINISTRATIVE, MANAGEMENT, SUPERVISORY, AND SENIOR MANAGEMENT
BODIES
12.1 Members Of The Administration, Management, And Supervisory Bodies
12.1.1 Board of Directors
12.1.1.1 Membership of the Board of Directors
On the filing date of this Universal Registration Document, the members of the Company’s Board of Directors were
as follows:
Name
Position
First appointment
Expiration
Jesús Martin-Garcia
Chairman of the Feb. 6, 2006
Board of
Directors
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Philippe Archinard
Hedi Ben Brahim
Michel Dubois
Independent*
Director
May 27, 2021
May 27, 2020
July 16, 2008
July 21, 2015
Nov. 19, 2015
March 17, 2015
Nov. 19, 2015
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Independent*
Director
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Independent*
Director
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Giacomo Di Nepi
Eric Falcand
Independent*
Director
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Independent*
Director
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Gordon S. Francis
Christophe Guichard
Independent*
Director
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
Independent*
Director
General Shareholders’ Meeting to consider
and act on the financial statements for
FY 2021
* Independent directors for purposes of the Swiss Code of Good Practices for company governance organized in
Switzerland (economiesuisse).
There has been no change in the members of the Company’s Board of Directors since the 2021 AGM nor is there
is any family relationship between any of them.
•
Other offices or positions presently held
Companies that are not part of the Group in which members of the Company’s Board of Directors have served as
a member of the board of directors or a supervisory body, or are general partners of a limited partnership during
the last five years are as follows:
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Name
Position
Company/Entity
Jesús Martin-Garcia
Managing Director
Director
Eclosion2 & Cie SCPC
DepGen SA
Philippe Archinard
Director
Transgene SA*
Chief Operating Officer
Chief Executive Officer
Director
Institut Mérieux
TSGH SA
Erytech Pharma*
Institut de Recherche
Technologique BIOASTER
NH Theraguix
Chairman
Director
Hedi Ben Brahim
Giacomo Di Nepi
Chief Executive Officer
Chairman of the Board
Chairman of the Supervisory Board
Transgene SA*
ABL Inc.
Fab’entech SA
Director
Chairman of the Board
Director
Zambon SpA,
Peptomyc SA
NTC Srl,
Director
Senior Advisor
Handicap International
KKR Inc.
Michel Dubois
Chairman
GeNeuro Innovation SAS
Eric Falcand
-
-
-
-
Gordon S. Francis
Christophe Guichard
Shareholder and Managing Director
Eclosion2 SA
Director
Kylane SA
Managing Director
Director
Director
KH Medtech SàrL
Scientis Pharma APAC
Netris Pharma SA
* : listed company
•
Offices held during the last five fiscal years and which have terminated as of the date hereof
Companies that are not part of the Group in which members of the Company’s Board of Directors served as member
of an administration, management, or supervisory body or were partners in a limited partnership during the last five
years are as follows:
Name
Office
Company/Entity
Director
Director
Fondation Eclosion
Genkyotex SA*
Jesús Martin-Garcia
Philippe Archinard
Hedi Ben Brahim
Michel Dubois
CEO
Transgene SA*
-
-
-
-
Giacomo Di Nepi
CEO
Polyphor SA*
Director
Kuros Biosciences AG *
Eric Falcand
-
-
Gordon S. Francis
Christophe Guichard
-
-
Chairman of the Board
Neurix SA
* : listed (or previously listed) company
For purposes of Company directorships, the members of the Board of Directors are domiciled at the Company’s
registered and principal office.
During the last five years, no member of the Company’s Board of Directors:
−
was convicted of fraud, perjury, or any other official sanction or penalty against him/her/it by governmental or
regulatory authorities;
−
−
was involved in an insolvency, bankruptcy, receivership, or liquidation as an executive or officer; or
has been prevented by a court from acting as a member of an administration, management, or supervisory
body or from being involved in the management or conduct of the business and affairs of an issuer.
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12.1.1.2 Biographies of Members of the Board of Directors
Jesús Martin-Garcia – Chairman of the Board of Directors and Chief Executive Officer, Swiss national, 59 years
old
Jesús began his career in 1983 at the World Economic Foundation, then in 1989 joined McKinsey & Co, where he
directed studies in the pharmaceutical and food industries.
Beginning in 1993, he became an entrepreneur by creating, investing in, and managing numerous start-ups in
Switzerland and the United States. He was the co-founder of LeShop in 1996, a company that became the e-
commerce leader in Switzerland and was sold to Migros, the largest retail company in Switzerland. He was also an
initial equity investor and participated in the development of other start-ups such as Silverwire and VTX, during
more than 10 years.
In 2003, he organized Eclosion, a public–private partnership, to transform potentially disruptive academic
discoveries in the area of life science into medications. This original structure was instrumental in the launch of
GeNeuro, of which Jesús took the leadership in 2006.
Jesús Martin-Garcia holds a degree in Economics and in Law from the University of Geneva. He also holds an MBA
from Harvard Business School. He serves on the boards of biotech companies and industrial and management
associations.
Philippe Archinard – Director, French national, 62 years old
Philippe Archinard is a graduate of the Ecole Nationale Supérieure de Chimie in Montpellier and holds a PhD in
biochemistry from the University of Lyon. He has also completed the PMD management program from the Harvard
Business School. He was the Chief Executive Officer of Innogenetics (Belgium) from 2000 to 2004. He was
appointed Chief Executive Officer of Transgene in 2004 and Chief Executive Officer in 2010. Since 2014, Philippe
Archinard has been Chairman of BIOASTER (Foundation for scientific cooperation), a technology research institute
focusing on infectious diseases and microbiology. He chaired the Lyon competitiveness cluster, Lyon Biopôle, for
11 years. He has terminated his operational functions at Transgene while continuing to be a director of this
company. He has also been Chief Operating Officer of Institut Mérieux since 2021.
Hedi Ben Brahim – Director, French national, 41 years old
Hedi Ben Brahim became Chairman & Chief Executive Officer of Transgene SA on January 1st, 2021. He joined
Transgene from Institut Mérieux where he was Vice-President for Immunotherapy since September 2018. He is the
Chairman of ABL Inc., a contract research & development, and contract biomanufacturing organization (CRO/CMO)
that is a subdiary of Institut Mérieux, and is also Chairman of the Supervisory Board of Fab’entech SA, a privately
owned French pharmaceutical company. Prior to joining the Institut Mérieux, he was General Manager at a
subsidiary of Vallourec, a solutions provider to the energy sector. Hedi began his career in the public sector at the
Ministry of the Economy, Action and Public Accounts, then at the Ministry of Social Affairs and Health. He is a
graduate of the École Polytechnique and the École Nationale Supérieure des Mines de Paris.
Giacomo Di Nepi – Director, Italian national, 69 years old
Mr. Giacomo Di Nepi, Director of the Company, has very broad experience in the pharmaceutical industry, having
been an executive both in large companies and in successful start-ups.
Mr Di Nepi is currently Senior Advisor to KKR, a leading global investment firm, which he advises on Healthcare
investment opportunities and supports existing portfolio companies. He is also a director of Zambon and NTC. He
was previously Chief Executive Officer of Polyphor Ltd., a Swiss biotechnology company at the clinical stage which
did an IPO on the SIX Swiss Exchange in May 2018. From 2009 to 2015, Mr. Giacomo Di Nepi was Executive Vice
President and Chief Executive Officer for Europe at InterMune, until its acquisition by Roche in September 2014,
and prior to that was Head of Europe at Takeda.
Mr. Giacomo Di Nepi was also a Partner with McKinsey & Co and a Vice President of Farmindustria in Italy. He was
also a member of the Comité des Responsables Européens (Committee of European Managers) of the Fédération
européenne des associations et industries (European Federation of Associations and Industries). Mr. Giacomo Di
Nepi holds a degree in economics from the University of Bocconi in Milan and an MBA from the Institut européen
d’administration des affaires – (European Institute of Business Administration) (INSEAD) in Fontainebleau.
Mr. Di Nepi is the Chair of the Nomination and Remuneration Committee.
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Michel Dubois – Director, French national, 78 years old
Michel Dubois spent 25 years with Institut Mérieux, with increasing responsibility until he became the Chief
Executive Officer of the Institut Mérieux holding company. He began his career as a consultant with McKinsey &
Company and with Arthur Andersen.
Michel Dubois is Chairman of GeNeuro Innovation, the French subsidiary of GeNeuro.
Eric Falcand – Director, French national, 60 years old
Mr. Eric Falcand has been a Director of the Company since November 19, 2015. He holds a degree from the Ecole
Nationale Vétérinaire (National Veterinary School) of Lyon. He also holds a master’s degree in pharmaceutical
management from the Institut de Pharmacie Industrielle (Institute of Industrial Pharmacy) of Lyon, and an MBA from
the Ecole de Management (management school) of Lyon.
He initially worked at Virbac from 1988 to 1991 in marketing and sales before becoming COO for sales at Synthelabo
(Sanofi) between 1991 and 1997.
He then joined Laboratoires Servier, first as Managing Director of the subsidiary in Russia, then as CEO of Servier
UK, then joining the business development and licensing team in 2008 before becoming Vice President, Global
Head of Business Development & Licensing of Servier Monde in 2015.
Gordon S. Francis – Director, Canadian national, 72 years old
Dr. Gordon Francis, Director of the Company, is a recognized neurologist in the field of MS.
Gordon Francis has dedicated most of his career to developing treatments for multiple sclerosis and has played a
key part in marketing three important treatments against this condition.
Dr. Gordon Francis served as Vice President and Chief of the Neurological division at Novartis and was in charge
of developing and registering Gilenya®, the first oral treatment for MS to be registered in the United States in 2010
and in Europe in 2011. Prior to that, he managed the group responsible for the marketing of Tysabri® with Elan
from 2004 to 2006 and, before then, the group responsible for the approval procedure for Rebif® in the United
States for Serono in 2002.
He has a degree from the Medical School of Queen’s University in Kingston and completed his training in internal
medicine and neurology at McGill University. In addition, he undertook post-doctoral research in neuro-immunology
at the University of California at San Francisco. He has published more than 100 articles in the field of neurology.
Dr. Gordon Francis also managed the clinic for clinical research on MS at McGill and the clinical research center of
the Institut neurologique (neurological institute) of Montréal.
Christophe Guichard – Director, French national, 52 years old
Mr. Christophe Guichard is a Director of the Company, and holds a degree from the EDHEC Business School. He
also holds a Diplôme d’Etudes Supérieures Comptables et Financières (Superior Accounting and Finance studies)
and from the Harvard Business School.
He began his professional career with Salustro Reydel (KPMG) between 1994 and 1998 as Audit Manager before
joining, in November 1998, the group Trader Classified Media and held various positions in its Finance Department
before becoming its CFO in 2006.
In connection with its business, he completed several financing transactions including two IPOs (simultaneously on
Euronext and Nasdaq in March 2000 and in 2006 on the London Stock Exchange), several bank financings of senior
debt, and acquisitions and sales of assets.
He joined Eclosion in March of 2008 and participates actively in managing the investment fund Eclosion2 & Cie
SCPC as a Shareholder and Managing Director as well as several portfolio companies as CFO, including GeNeuro,
where he was responsible for financial, legal, and human resource matters until his election to the Company’s Board
of Directors in November 2015. Mr. Guichard is the Chair of the Audit Committee.
12.1.2 Management
Members of management are appointed by the Board of Directors and are responsible for the management and
direction of the Company’s business and affairs, subject to the inalienable authority of the Board of Directors (please
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see Section 19.2.2.1, of this Universal Registration Document) in accordance with the Articles of Association, the
internal rules and procedures of management.
Management performs its responsibilities under the supervision of the Board of Directors, assists the Board of
Directors in the performance of its responsibilities, and carries out its decisions.
The authority of management and its members is set forth in a Table showing the division of roles and
responsibilities approved by the Board of Directors.
The members of the management are registered at the Geneva Commercial Register, and any of them signing
together with the Chief Executive Officer or the CFO of the Company have authority to bind the Company.
Management itself determines the procedures applicable to the performance of their responsibilities, in compliance
with relevant laws, the Company’s Articles of Association and internal rules and procedures.
12.1.2.1 Members of Management
On the filing date of this Universal Registration Document, the members of the Company’s management were as
follows:
•
•
•
•
•
Jesús Martin-Garcia, Chief Executive Officer (CEO)
Alois B Lang, Chief Development Officer (CDO)
David Leppert, Chief Medical Officer (CMO)
Miguel Payró, Chief Financial Officer (CFO)
Hervé Perron, Chief Scientific Officer (CSO)
Dr. Jean-François Arrighi, the Company’s former Chief Development Officer, left GeNeuro effective September 30,
2021. There has been no other change in 2021 and until the filing date of this Amendment. There are no family ties
or relationships between the members of Management and the Company.
•
Other outstanding positions
Companies that are not members of the Group in which members of the Company’s management and directors
have served as members of an administration, management, or supervisory body or are general partners in a
French limited partnership during the last five years are as follows:
Name
Position
Company/Entity
Alois B Lang
David Leppert
Miguel Payró
Hervé Perron
-
-
-
-
-
-
-
-
•
Offices held during the last five fiscal years and that have terminated as of the date hereof
Companies not members of the Group in which members of the Company’s management have served as a member
of an administration, management or supervisory body or have been general partners in a French limited
partnership during the last five years are as follows:
Name
Position
Company/Entity
Alois B Lang
David Leppert
Miguel Payró
Hervé Perron
-
-
-
-
-
-
-
-
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12.1.2.2 Biographies of Members of Management
Alois B. Lang – Chief Development Officer, Swiss national, 71 years old
Dr. Alois B. Lang has been the Company’s Chief Development Officer from 2007 to 2017 before rejoining GeNeuro
in September 2021. Dr Lang holds a doctorate from the Ecole Polytechnique of Zurich and did postdoctoral work at
the Zurich University Hospital and with the Immunology Department of Cetus Inc. in Palo Alto, United States. Dr.
Alois B. Lang was also a professor of immunology at the Faculté de médecine (medical school) of the University of
Berne.
He held the position of Chief of Research and Immunology and Project Director for Berna Biotech, in Berne. He
was also co-founder and Scientific Director of Kenta Biotech in Zurich.
Mr. Alois B. Lang is involved in various working groups with scientific experts and regularly participates in major
scientific conferences.
David Leppert– Chief Medical Officer (CMO), Swiss national, 64 years old
Dr. David Leppert joined Geneuro in May 2020 as Chief Medical Officer. David Leppert will steer the development
of Geneuro’s clinical development strategy and lead execution of its clinical programs. Dr. Leppert is a recognized
expert in the worldwide neurology community, having developed pioneering research and worked for over 20 years
in clinical development, successfully leading the development of prominent drugs such as ocrelizumab to treat
multiple sclerosis while at Roche, and leading the development of all neurology clinical trials while at Novartis. Dr.
Leppert is currently Associate professor in Neurology at University of Basel, and will retain his academic
appointment.
Dr. David Leppert, who is a board certified neurologist, has a degree from the Medical Faculty of the University of
Zürich. He founded the Clinical Neuro-immunology Laboratory at the University Hospital Basel in 1995, and served
in parallel as head of the epilepsy outpatient clinic from 1999 to 2004 . He received the 2nd Hoechst-Marion-Roussel
prize for MS research (1999), the Ellermann Prize of the Swiss Neurological Society (2001), and the Baasch-
Medicus Award (2002) for his research on the role of matrix metalloproteinases and genomics in MS. He began his
industry career in 2004 at GlaxoSmithKline in translational medicine and later at in GE Healthcare for diagnostic
drug development. Dr Leppert was then Senior Medical Consultant at Novartis and Global Project Medical Director
for the Siponimod MS program, before joining Roche as Global Development Team Leader for the development of
ocrelizumab, later becoming Therapeutic Area Head Neuroinflammation. He returned to Novartis in 2015 as
Therapeutic Area Head Neuroinflammation, where he was responsible for early and late stage development of MS
compounds. Most recently, he was Senior Research Associate at the University of Basel, focusing on research on
neurofilaments and other biomarkers of neurological diseases.
Dr Leppert has authored over 100 peer reviewed publications and holds an MD from the University of Zurich, where
he also completed his specialty training in neurology. He completed research fellowships in neuroimmunology and
neurophysiology at the University of California, San Francisco.
Miguel Payró – Chief Financial Officer, French and British national, 59 years old
Mr. Miguel Payró has been the Company’s Chief Financial Officer since November 2015 and holds a degree from
the University of Geneva in Economics and Social Science/Company Management.
Previously, he was Chief Financial Officer of the Swiss Franck Muller watch group, for which he completed a number
of mergers and acquisitions and the formation of subsidiaries as well as a restructuring of its shareholders. He was
a partner in Value Management Group, a strategic management advisory company, and was responsible for the
IPO on the Swiss stock exchange of Unilabs and numerous development projects, including in the field of clinical
trials, as well as investor relations. He also worked in the fields of capital markets and acquisition finance for various
Swiss banks.
Hervé Perron – Chief Scientific Officer, French national, 63 years old
Dr. Hervé Perron is co-founder and Chief Scientific Officer of the Company.
His research for 15 years at Université Joseph Fourier and INSERM, and his role as research director at bioMérieux
led to the discovery of the impact of HERVS on MS. This research served as a basis for the setting up of GeNeuro,
which he joined at its formation in 2006.
Hervé is internationally known as a leader in the area of endogenous retroviruses. GeNeuro’s research unit, which
he directs together with an international network of academic collaborators, is attempting to exploit the enormous
potential opened by endogenous retroviruses for understanding and treating serious diseases.
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Dr. Hervé Perron holds a doctorate in virology and wrote his doctoral dissertation on neuro-immunology. He is
author of more than 120 publications and patents and works as a reference expert for various scientific journals.
12.1.3 Committees of the Board of Directors
The Nominations Committee and the Remuneration Committee consist of:
•
•
•
Mr. Giacomo Di Nepi, Chairman of the committee;
Mr. Hedi Ben Brahim, member; and
Mr. Christophe Guichard, member.
The Audit and Control Committee consists of:
•
•
•
Mr. Christophe Guichard, Chairman of the committee;
Mr. Philippe Archinard, member; and
Mr. Eric Falcand, member.
Following Mr Philippe Archinard’s election as a director, Mr Hedi Ben Brahim resigned from the Audit and Control
Committee and was replaced by Mr Philippe Archinard. There has been no other change in the membership of the
Nominations, Remuneration and Audit and Control Committees during 2021.
For further information about the responsibilities and modus operandi, please see Section 14.3, “Operation of
Committees” of this Universal Registration Document.
12.2 Conflicts Of Interest In The Administration, Management, And Supervisory Bodies
Mr. Martin-Garcia, Dr. Lang, Mr. Di Nepi, Mr. Dubois, Dr. Francis, Dr. Leppert, Mr. Payró and Dr. Perron are
shareholders, directly or indirectly, of the Company and/or owners of securities carrying the right to acquire the
Company’s shares (please see Section 16.1, “Identification of Shareholders” of this Universal Registration
Document).
Furthermore, Messrs. Martin-Garcia and Guichard are also Directors of Eclosion2 SA, a general partner without
limited liability of Eclosion2 & Cie SCPC (Société en Commandite - Swiss limited partnership), which is one of the
Company’s shareholders.
Mr. Hedi Ben Brahim is the Chief Executive Officer of Transgene SA, a French biotechnology company that is 60%-
owned by Institut Mérieux and Eric Falcand also holds the position of Director of Business Development & Licensing
with Servier. Both Servier and Institut Mérieux are shareholders (in the case of Institut Mérieux through GNEH SAS)
of the Company.
Agreements between related parties are described in Section 17.2 of this Universal Registration Document.
To the Company’s knowledge and subject to the relationships described above and the personal interests involved
in the agreements set forth in Section 17.2 of this Universal Registration Document, there is no present or potential
conflict of interest between their responsibility to the Company and the private interests and/or obligations of the
persons constituting the management and administration committees of the Company.
The Board of Directors has adopted a set of internal rules and procedures that contain an article relating to conflicts
of interest that requires an obligation for a member of the Board of Directors in a conflict of interest situation or in a
situation that gives the appearance of a conflict of interest, to inform the Chairman of the Board of Directors thereof.
In the event of a conflict of interest, or in the event of an appearance of a conflict of interest (and only at the
Chairman’s request), the Director may not participate in the discussion or the vote. A person with a conflict of
interest may not serve as a member of the Board of Directors.
The agreements or arrangements between the Company and members of the Company’s governance bodies or
their family or close relations thereof have been made on arm’s-length terms and conditions and approved without
the involvement of the persons concerned. If necessary, an expert fact-finding may be ordered.
To the Company’s knowledge, there is no agreement, arrangement, or contract of any kind between the Company
and its shareholders, customers, suppliers, or others pursuant to which any member of management or of the Board
of Directors of the Company has been appointed.
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CHAPTER 13.
COMPENSATION AND BENEFITS
13.1 Compensation And Benefits Of Any Kind Granted To Executive Officers And Members Of
The Administrative, Management, And Supervisory Bodies
As provided in the Swiss ordinance (Decree law) against abusive compensation in publicly traded companies
(sociétés anonymes cotées en bourse) (as set forth in Section 13.4 of this Universal Registration Document), the
Company is required to submit directors’ and management’s compensation to the approval of its general
shareholders' meeting; this approval concerns the maximum global (i.e. collective) fixed and variable compensation
of the members of the Board of Directors and of management, respectively. There is no vote on the individual
remuneration of each member. The maximum global remuneration is approved ex ante (until the next general
shareholders' meeting for the Board of Directors and for the next annual financial years for the members of
management). In addition, the Company’s Board of Directors is responsible for preparing each year a written
compensation report, that must be made available to the shareholders in advance of the general shareholders'
meeting in the same manner as the annual financial statements. Pursuant to Swiss law and the Company’s articles
of incorporation, as amended, the GeNeuro compensation report is submitted to the consultative vote of the general
shareholders’ meeting; this vote does not affect any global compensation that was approved ex ante by the general
shareholders' meeting.
Also as provided in the Swiss ordinance (Decree law) against abusive compensation in publicly traded companies
(sociétés anonymes cotées en bourse) (as set forth in Section 13.4 of this Universal Registration Document), the
Company hereby discloses the overall compensation of members of the Board of Directors and executive
management as well as the amount granted to each of the members of the Board of Directors (for more details, see
the 2021 Remuneration Report presented in section 13.5 of this Universal Registration Document) and the amount
granted to the highest paid member of management, Mr. Jesús Martin-Garcia in 2021.
The total amount of overall annual compensation (including social security benefits) for the 2021 financial year paid
to members of the Board of Directors was €82 thousand (2020: €82 thousand).
The total amount of overall compensation (including cash compensation, accruals for variable compensation, share-
based payments, benefits in kind and social security and pension charges) for 2021 paid (or accrued) to members
of management (including the CEO) was €2,087 thousand (2020: €2,208 thousand), including € 257 thousand
(2020: €296 thousand) of bonus accrual and €200 thousand (2020: @1664 thousand)) of accounting value
attributable to stock options granted to members of management. The total amount received by the CEO in 2021
was € 722 thousand (2020: €716 thousand), including €124 thousand (2020: €133 thousand) of cash bonus paid in
the following year and €107 thousand (2020: €87 thousand) of accounting value attributable to the stock options
granted to the CEO at an exercise price of €3.48 per share (2020: €3.19 per share).
13.1.1 Compensation of Any Kind Granted to the Highest-Paid Member of Management
Compensation Table 1: Summary of compensation and stock options granted to the highest-paid member of
management
Table summarizing compensation, options, and shares
granted to the highest-paid member of management
Amounts in thousands
2021 financial year 2020 financial year
Jesús MARTIN-GARCIA – CEO (1)
Compensation in respect of the year (detailed in Table 2)
Valuation of multi-year variable compensation granted during the year
Valuation of options granted during the year (detailed in Table 4)
Valuation of shares granted without consideration during the year
Total
€ 510
€ 519
-
-
€ 107
-
€ 87
-
€ 617
€ 606
(1) Appointed CEO (directeur général) with effect from January 1st, 2016.
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Compensation Table 2: Compensation of highest-paid member of management
Table summarizing compensation of the highest-paid member of management
2021
2020
Amounts paid (2)
Amounts in thousands
Jesús MARTIN-GARCIA – CEO (3)
Base compensation
Amounts due (1)
Amounts paid (2)
Amounts due (1)
€ 370 (4)
€ 370 (4)
€ 374 (4)
€ 374 (4)
Annual variable compensation
Multi-year variable compensation
Exceptional compensation
Director’s fee
€ 124
€ 133 (5)
€ 133
€ 155 (5)
-
-
-
-
-
-
-
-
-
-
-
-
Fringe benefits (vehicle)
TOTAL
€ 16
€ 510
€ 16
€ 519
€ 13
€ 528
€ 13
€ 494
(1) For the year.
(2) During the year.
(3) Appointed CEO with effect from January 1st, 2016. Mr MARTIN-GARCIA’s variable compensation is defined in connection
with the annual performance appraisal with a specific objectives plan (qualitative and quantitative criteria, such as the
progress of clinical trials). The bonus is decided by the Board of Directors.
(4) The base compensation is paid in CHF and has remained the same in 2021 compared to 2020; the decrease in the EUR
amount is due to the favorable evolution of the EUR/CHF exchange rate in 2021.
(5) The variable compensation is paid in CHF in the following year.
13.1.2 Compensation and benefits of any kind paid to members of the Board of Directors
The compensation and benefits paid to members of the Board of Directors during the financial years ended
December 31, 2020 and December 31, 2021 consist of the following.
Compensation Table 3: Table of directors’ fees and other compensation received by members of the Board
of Directors
Table of directors’ fees and other compensation received
by members of the Board of Directors (in thousands of Euros)
Directors
Amounts paid in 2021
Amounts paid in 2020
Director’s fees
Other compensation
Director’s fees
Other compensation
Director’s fees
Other compensation
Director’s fees
Other compensation
Director’s fees
Other compensation
Director’s fees
Other compensation
Director’s fees
Other compensation
n.a.
n.a.
-
-
23.4
-
-
-
n.a.
n.a.
-
-
23.8
-
-
-
Jesús Martin-Garcia
Christophe Guichard
Michel Dubois
Eric Falcand
-
-
-
-
Hedi Ben Brahim
Gordon S. Francis
Giacomo Di Nepi (1)
32.3
-
23.8
32.3
-
23.8
7.4
7.2
(1) Other compensation relates to additional consulting services provided.
.
13.1.3 Stock Options and Grants of Free Shares
As mentioned in the Compensation Report included in Section 13.4.3, the compensation of the members of the
Board of Directors, other than the CEO, Mr. Jesús Martin-Garcia, consists exclusively of a fixed annual monetary
compensation per term from one general meeting of shareholders to the next.
Compensation Table 4: Rights convertible into shares of the Company granted by the Group to the CEO
during the year ended December 31, 2021
Mr Martin-Garcia received 90,000 stock options during 2021, with an exercise price of €3.19 and a duration of 10
years. During 2020, Mr Martin-Garcia received 90,000 stock options with an exercise price of €3.34 and a duration
of 10 years.
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Compensation Table 5: Rights convertible into shares of the Company exercised by the CEO during the
year ended December 31, 2021
None.
Compensation Table 6: Shares granted without consideration to each Board member during the year ended
December 31, 2021
None.
Compensation Table 7: Shares granted without consideration becoming available for each Board member
during the year ended December 31, 2021
None.
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Compensation Table 8: History of grants of rights convertible into shares of the Company
Type of Plan
Plan 1
Plan 2
Plans 3-4-6
PSOU 2016-
2018134
Jun. 22,
2016,
Plan 5
Stock
Plan 7
Stock
Plan 8
Stock
Plan 9
Stock
Plan 10
Stock
Options
Plan 11
Stock
Options
Options135
Options 135
Options136
July 4, 2018
Options137
Date of Board decision
Apr. 16, 2010 Nov. 10, 2015
Feb. 23, 2017 Feb. 8, 2018
Mar. 5, 2020 Feb. 25, 2021 Mar. 18, 2022
Dec. 11, 2020
Feb. 23,
2017
Feb. 8,
2018
Total number of shares to be
subscribed for or purchased
of which by Directors*:
Gordon S. Francis
111,000
45,000
672,335134
49,000
22,500
158,540
181,500
178,000
203,627
-
-
30,000
15,000
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Giacomo di Nepi
Election to the
Board
Point of departure for exercising options Apr. 16, 2013
Jan. 1, 2019 Feb. 23, 2018 Feb. 8, 2019 Feb. 27, 2020 Mar. 5, 2021 Feb. 25, 2022 Mar. 18, 2023
Dec. 11, 2021
Duration of
Board mandate option grant
5 years after 5 years after
5 years after 10 years after 10 years after 10 years after 10 years after
Expiration date of exercise rights
Subscription or purchase price
Apr. 16, 2022
CHF 4
option grant
option grant
option grant
option grant
€3.34 and
€2.95
option grant
option grant
€2.73
€3.19
€3.48
CHF 0.5
In one time
45,000
€13
€13
€13
Terms and conditions of exercise (when
the plan has several tranches)
Cumulative number of exercised
subscription and purchase options
Subscription or purchase options
remaining at the end of the year
Parity
In one
time
-
-
-
-
-
-
-
-
-
-
-
-
-
-
5,000
138
139
-
-
493,694
1 : 1
-
10,000
1 : 1
96,388 139
1:1
166,812
1:1
178,000
1:1
203,627140
1:1
1 : 1
1 : 1
1 : 1
*: as defined under French law, i.e. excluding the CEO (“Directeur général”)
134
Includes Plan 3 (approved June 22, 2016, with grant without consideration of 606,400 Performance Share Option Units (PSOUs), which are contingent rights to receive, after a maximum of 3
years and under certain performance conditions, a variable number of options to acquire shares of the Company); Plan 4 PSOU 2017 (approved on February 23, 2017, with a grant of 50,000
PSOUs, and Plan 6 PSOU 2018 (approved on February 8, 2018 with a grant of 20,000 PSOUs), all PSOUs having the same terms. The final number of options granted at the expiry of the three-
year period was decided by the Board of Directors on February 27, 2019, based on the achievement of personal and social goals. Of the total of 676,400 PSOUs initially awarded, a total of
672’235 stock options were granted.
The Plan 5 Stock Options was approved by the Board of Directors of February 23, 2017, and the Plan 7 Stock Options was approved by the Board of Directors on February 8, 2018. Options vest
over three years, with one third vesting after one year, then one-sixth vesting every six months thereafter.
The Plan 8 “Loyalty Stock Options” were approved by the Board on July 4, 2018, with final determination as to the terms and numbers of options granted on February 27, 2019.
The Plan 9 Stock Options were approved by the Board on March 5, 2020, with an additional award to new executives on December 11, 2020.
Status as of April 25, 2022 – options expired on April 16, 2022
135
136
137
138
139
140
Status as of April 25, 2022
Awarded on March 18, 2022
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Compensation Table 9: Options to subscribe for or purchase shares granted during 2021 to the top 10 non-
officer*/director employee grantees and options exercised by them
Total number of
Options to subscribe for or purchase shares granted to the top 10 non-
options granted /
officer/director employee grantees and options exercised by them
shares acquired
Number of options granted in 2021 by the Company and any other company of the
Group to the ten non-officer employees of the Company or any company of the Group
outstanding on the filing date of this Universal Registration Document
10,000
68,978
Total number of shares available for subscription upon exercise of the options on the
filing date of this Universal Registration Document
From EUR 2.73 to
EUR 13.00, with a
weighted average
price of EUR 3.11
Subscription price for one share
Number of options exercised during the last financial year
0
Compensation Table 10: History of grants of free shares
None.
13.1.4 Specifics on Terms and Conditions of Compensation and Other Benefits Granted to Executive Officers
Compensation Table 11: Specifics on terms and conditions of compensation and other benefits granted to
executive officers*
Allowances and
benefits due or
likely to be due
upon termination
or change of
function
Employment
agreement
(permanent)
Indemnities
under a non-
compete clause
Supplemental
pension plan
Executive officers
Yes
No
Yes
No
Yes
No
Yes
No
Jesús Martin-Garcia –
Chairman of the Board of
Directors and Chief Executive
Officer
X
X (1)
X
X
Beginning date of term of
office
Ending date of term of office
January 1, 2016, for Mr Martin-Garcia
Indefinite
*: as defined under French law, being the CEO (“Directeur général”)?
(1): pursuant to the Swiss pension fund system, the Company contributes to an old age retirement and pension plan for its Swiss-
based employees consisting of two pillars: the minimum State old age retirement insurance (Assurance Vieillesse et
Survivants, “AVS”, the first pillar) and a compulsory company-wide defined benefit scheme (“LPP”, the second pillar),
pursuant to which the Company has made contributions of K€ 75 for the benefit of Mr Martin-Garcia.
13.2 Amounts Provisioned By The Company And Its Subsidiary For Payment Of Pensions,
Retirement, Or Other Benefits To Executives
The Company made provisions for the purpose of paying pensions and retirement benefits to certain Directors and
executives under State-mandated compulsory plans; such amounts are calculated on the same basis as for the
Group’s other employees, which bases are set forth in Note 2.19 of the consolidated financial statements for the
year ended 31 December 2021 set forth in CHAPTER 18, “Information Regarding the Company’s Assets, Financial
Situation and Results” of this Universal Registration Document.
13.3 Loans And Guarantees Granted To Executives
None.
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13.4 Legal Framework Relating To Compensation
13.4.1 Swiss Ordinance against Excessive Compensation
The Swiss Ordinance (decree law) against excessive compensation in companies that are publicly traded
(Ordonnance contre les rémunérations abusives, ORAb or “Ordinance”) (Decree law against excessive
compensation) took effect on January 1, 2014 and implements a constitutional amendment approved by the Swiss
electorate in 2013 following a federal initiative against abusive compensation. The Ordinance’s provisions against
excessive compensation apply to Swiss corporations that are publicly traded in Switzerland or abroad. The principal
provisions of the Ordinance are summarized below.
•
Termination indemnities, premature indemnities, and provisions for the transfer or acquisition of a
company
The Ordinance against excessive compensation prohibits the payment of certain types of indemnities or
compensation to members of a board of directors, management, or consultative council of a publicly traded Swiss
company, including, among others, termination indemnities, premature indemnities, and provisions for the transfer
or acquisition of a company, just as for certain other types of compensation or benefits that may not be expressly
contemplated by the articles of association.
The Ordinance against excessive compensation broadly prohibits termination indemnities, regardless of their form,
termination notice periods greater than one year, and agreements providing for compensation the maximum time
period of which exceeds one year. However, non-competition clauses taking effect after the end of the employment
relationship or consulting agreement are not subject to the prohibition against termination indemnities, unless, by
their language, they can be considered to be disguised termination indemnities.
The Ordinance against excessive compensation also prohibits or limits certain types of premature indemnities. The
determining point making it possible to distinguish prohibited termination indemnities (“golden parachutes”) from
certain other types of premature indemnities, such as signing bonuses, is the time when payment is made.
Accordingly, a signing bonus the purpose of which is to compensate for benefits and other rights that an executive
agrees not to receive from his/her preceding employer remain authorized, whereas an advance against salary is
not authorized.
The Ordinance against excessive compensation also prohibits compensation for the transfer or acquisition of a
company or companies that are controlled by it, directly or indirectly.
•
Approval by the shareholders of compensation for the board of directors, for management, or for
advisory board
The Ordinance against excessive compensation also requires that compensation for the board of directors, for
management, or, in the case of Swiss publicly traded companies, for the advisory board, be approved annually by
the company’s shareholders. Swiss publicly traded companies must state the terms and conditions of voting in their
articles of association, while meeting certain minimum conditions:
−
−
−
the vote must occur annually;
the vote must be mandatory; and
the vote must occur separately for the maximum global amounts granted to the Board of Directors, the
consultative council (if any), and management, respectively.
The Ordinance allows companies to determine in their Articles of Association whether the compensation is to be
approved ex ante or ex post.
The compensation that must be covered by the approved maximum global amounts includes all compensation
granted in relation to the position of the recipients of the relevant corporate bodies (Board of Directors, consultative
council, if any, and management) for their services to the company. It includes (without limitation) all fees, salaries,
bonuses, overtime compensation, credit notes, revenue and profit participation rights, equity and debt securities,
as well as the value of option rights for, or conversion rights into such securities. It comprises all types of
compensation, whether in cash or in kind through the provision of services or the delivery of any goods, or through
any voluntary pension contributions. It further comprises the value of any suretyship, guarantee or security for, or
the waiver of, any obligations of the members of the relevant corporate body.
•
Compensation Report
The Ordinance against excessive compensation requires that the board of directors prepare an annual
compensation report that indicates any and all indemnities that a company has paid, directly or indirectly.
In substance, the compensation report must contain any and all compensation, loans, or credit paid during the
financial year just ended to members of the board of directors, management, and consultative council as well as to
former members of the board, management, and consultative council and to close relatives of present and past
members of the board of directors, management, and consultative council.
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The compensation report must also indicate compensation, loans, and credit granted to members of the board of
directors overall and individually, while compensation, loans, and credit to members of management must only
indicate in a general manner the amount granted to the member of management who is the highest paid, mentioning
his/her name and position.
•
Articles of Association
Swiss companies that are publicly traded companies (in Switzerland or elsewhere) must generally ensure that their
articles of association and governance rules conform to the Ordinance against excessive compensation.
A Swiss publicly traded company must, at a minimum, include in its articles of association provisions relating to:
−
−
the number of permitted positions occupied by members of the board of directors, management, and advisory
board on senior management bodies or on the board of directors of legal entities that are not controlled by
the company, or that do not control the company;
the maximum term and maximum notice period of agreements that provide for compensation of members of
the board of directors and management (which may not exceed a year);
−
−
the principles applicable to tasks and abilities of the Remuneration Committee; and
terms and conditions of votes at general shareholders’ meetings on compensation.
•
Election of members of the board of directors, chairman of the board of directors, members of the
Remuneration Committee, and of the independent representative
The Ordinance against excessive compensation requires that members of the board of directors, its chairman,
members of the Remuneration Committee (which may be selected only from members of the board of directors)
and the independent representative must be elected individually at the general shareholders’ meeting for a term
ending at the end of the following ordinary general shareholders’ meeting. Re-election is possible.
•
Independent Representative
The Ordinance against excessive compensation prohibits representation of shareholders by a member of the
company’s governance body or by a custodian.
The provisions of the Ordinance against excessive compensation also state that the board of directors must ensure
that shareholders have the right to:
−
−
−
issue instructions to the independent representative on a proposal mentioned in the notice of meeting and
relating to the matters on the agenda;
issue general instructions to the independent representative on unannounced proposals relating to matters
on the agenda; and
grant authority and instructions to the independent representative also by electronic means.
When the independent representative has not received any instructions, the independent representative may not
vote.
•
Criminal provisions
The criminal provisions of the Ordinance against excessive compensation punishes members of the board of
directors, management, and the consultative council who knowingly receive or have been granted illegal
compensation. The Ordinance against excessive compensation also provides for criminal liability for certain
prohibited actions performed by a member of the board of directors. Intentional violation of the Ordinance against
excessive compensation may give rise to a maximum of three years’ imprisonment and a fine of up to six times the
annual compensation agreed by the perpetrator with the Company at the time of the document.
13.4.2 Adoption of Rules Relating to Compensation
The Company is subject to the Ordinance against excessive compensation since the date of initial admission of the
Company’s shares on Euronext’s regulated market in Paris.
The Articles of Association provide that the members of the Board of Directors receive fixed, or base, compensation
(and may also receive variable compensation) and that members of management are to receive fixed, or base, and
variable compensation. Variable compensation may be based, among other things, on the individual performance
of the individual involved, of the company, of certain business divisions, or on the trading price of the shares.
The Company may make loans to members of management. The loans may not exceed three months’ salary. They
are to be repayable no later than the end of the employment relationship.
Compensation may be paid by the Company or its subsidiaries for services rendered thereto.
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In accordance with the Ordinance against excessive compensation, the Company’s Articles of Association provide
for an annual vote at a general shareholders’ meeting on:
•
•
the maximum global amount of compensation for the members of the Board of Directors until the next ordinary
general shareholders’ meeting; and
the maximum global amount of compensation for the members of management for the following annual
financial year.
The compensation submitted to the approval of the general shareholders' meeting is the maximum global (i.e.
collective) compensation of the members of the Board of Directors and of management, respectively. There is no
vote on the individual remuneration of each member. The maximum global remuneration is approved ex ante (until
the next general shareholders' meeting for the Board of Directors and for the next annual financial years for the
members of management).
The Board of Directors, however, may decide to submit the fixed (base) and the variable compensation to two
separate votes. In connection therewith, the Board of Directors may further decide to submit the variable
compensation, or a part thereof, to a retrospective approval (ex post) of the general meeting, which shall be only
consultative.
The proposals concerning the compensation of the Board of Directors and the management are submitted to the
general shareholders' meeting by the Board of Directors. The general shareholders' meeting has only the
competency to approve or reject the proposals made by the Board of Directors. The shareholders are not entitled
to make proposals in this respect. In the event of a negative vote on the Board of Directors’ proposals, the Board
of Directors may immediately submit one or more amendment proposals at the shareholders’ meeting until it obtains
approval, or organize a new general shareholders’ meeting.
In line with the above, the Company’s 2022 general shareholders’ meeting to be called to approve the 2021 financial
year accounts, to be held on May 31, 2022 (subject to confirmation in the official notice of meeting), will be required
to vote, pursuant to article 35 of the articles of association, on the Board of Directors’ proposals on:
−
The maximum global compensation for members of the Board of Directors until the next general shareholders’
meeting (i.e. for the period from May 31, 2022, to the 2023 AGM approving the 2022 financial statements);
and
−
The maximum global compensation for members of the Executive Management for the next financial year
(i.e. for the period from January 1, 2023, to December 31, 2023).
In addition, the compensation report for the 2021 financial year will be submitted to a consultative vote (please see
the relevant resolutions to be submitted to the shareholders’ meeting as described in CHAPTER 24 of this Universal
Registration Document).
If new members of management are appointed after the vote on compensation, and the total amount of
compensation already approved at a shareholders’ meeting is insufficient to cover the compensation of such new
members, their additional compensation not exceeding 40% of the total amount of compensation already approved
shall be deemed approved until the next ordinary general shareholders’ meeting.
For the purpose of the Ordinance against excessive compensation and the related provisions of the Articles of
Association, the members of the Board of Directors are the persons formally elected by the general shareholders'
meeting to the Board of Directors. The members of management are the persons to whom the executive
management is delegated and who report directly to or are at the next level below the Board of Directors (see
As provided in the Articles of Association, contracts providing for the compensation of members of the Board of
Directors are limited to a maximum term of the pending term of office, while contracts that provide compensation to
members of management, theoretically, are made for an indefinite term with a maximum termination period of one
year. Short-term, or definite-term, agreements may also be made, for no more than one year.
In respect of external offices and positions, the Articles of Association provide that members of the Board of
Directors may not serve in more than five additional positions in privately held companies, while members of
management may not serve in more than one additional office in publicly traded companies and more than five
positions in privately held companies.
13.4.3 Compensation Report pursuant to the Swiss Ordinance Against Excessive Compensation in listed joint
stock companies of January 1, 2014 (“ORAb”)
The Company’s Board of Directors is responsible for preparing each year a written compensation report (with the
support of the Remuneration Committee, see below Section 14.3.2).
The Board of Directors must make the compensation report available to the shareholders in advance of the general
shareholders' meeting in the same manner as the annual financial statements.
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The compensation report may be submitted to the consultative vote of the general shareholders’ meeting. This vote
does not affect any global compensation that was approved ex ante by the general shareholders' meeting (see
The auditors ensure that this compensation report is in conformity with applicable law and with the ORAb. The
auditors prepare a report to the board of directors and to the shareholders’ general meeting.
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13.5 2021 Remuneration Report
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2021 REMUNERATION REPORT
1
INTRODUCTION
This Remuneration Report provides the information required by the Swiss Ordinance against excessive
compensation in public companies of January 1, 2014 (the “Compensation Ordinance”), the Company’s Articles
of Association (articles 35 and 45) and the Swiss Code of Best Practice for Corporate Governance (status August
28, 2014).
The Compensation Ordinance requires the Company to set out in its Articles of Association the principles for the
determination of the compensation of the Board of Directors and the Executive Management. These principles have
been included in the Articles which are available on the Company’s web site in the French language original under
tional rules and policies provided the basis for the principles of compensation.
In addition, we provide information to meet the compensation disclosure requirements under the Swiss Code of
Obligations, art. 663 b bis.
2
COMPENSATION POLICY AND GUIDING PRINCIPLES
In light of the Company’s resources and of the numerous challenges posed by the COVID-19 pandemic, the key
priority for GeNeuro in 2021 continued to be the execution of the Karolinska trial, leading to a reduction in the efforts
on other programs other than COVID-19, where research by GeNeuro and its academic collaborators has
evidenced the link between HERV-W ENV and SARS-CoV-2. This has enabled GeNeuro to make significant
scientific progress in 2021.
After an initial delay to patient recruitment due to the onset of the pandemic, GeNeuro was able to complete
recruitment of the Karolinska trial by mid-February 2021, with an actual delay of only six weeks over the original
schedule. The trial has continued smoothly during the year, thanks to the quality, motivation and commitment of the
Geneuro employees and management, which are a key resource to achieve the Company’s ambitious goals.
Geneuro remains committed to have a compensation policy that is designed to attract, motivate and retain its
employees and promote the delivery of outstanding individual performance. The award of variable, performance-
related compensation, and in particular share-based compensation components, is intended to promote an
entrepreneurial mindset and approach whilst aligning long-term employee and shareholder interests.
As in 2020, given the results of the year and the need to preserve cash, management recommended to the Board
of Directors to cap cash bonuses relative to 2021 for executive management to 80% of the base bonus, which was
approved by the Board at its March 18, 2022, meeting; in recognition of the efforts made and as tool for retention
and motivation, the Board decided to grant higher stock options awards in 2022.
3
ORGANISATION AND COMPETENCIES
For further details on the organization of the Company, please refer to Chapter 14 of the 2021 Universal Registration
Document which provides more information on the Company’s governance.
3.1 Remuneration Committee
The Remuneration Committee supports the Board of Directors in establishing and reviewing the compensation
strategy and guidelines. Further, the Remuneration Committee supports the Board of Directors in preparing the
proposals to the ordinary annual general meeting (“AGM”) of shareholders regarding the compensation of the Board
of Directors and the Executive Management.
3.2 The Role of the Board of Directors and the Remuneration Committee
Following are the key matters on which the Remuneration Committee provides recommendations to the Board of
Directors:
•
•
•
•
•
Compensation strategy, system and guidelines
Definition of performance criteria (for cash bonus and equity-based incentives)
Assessment of performance and decision on vesting multiple for equity-based incentive plan
Compensation of the Board of Directors
Compensation of the Executive Management (base salary and variable incentive)
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•
•
•
•
Grant of equity-based incentives to staff other than to the Executive Management
Proposals to the AGM for maximum compensation of Executive Management and Board of Directors
Proposals on other compensation-related issues
Compensation report to the shareholders
3.3 Description of Benchmarks Used, Salary Comparisons and Support from External
Consultants
A benchmark review of the total compensation of each member of the Board of Directors and Executive
Management was last performed in 2017 by Willis Tower Watson, an independent external consulting firm, to
assess market competitiveness of GeNeuro’s compensation levels. Compensation data for 2015 and, when
available, for 2016 of 14 Swiss and French peer biotechnology companies listed on the SIX Swiss Exchange,
Euronext Paris and NASDAQ were collected. Each Executive Management position (except the CSO, who is
employed by the French subsidiary) was evaluated by Willis Towers Watson, which found that the base salary of
the CEO and Executive Management fell broadly around the 50th percentile point of the peer group and that the
total direct compensation fell broadly within a range of the 25th to the 50th percentile of the peer group. No
subsequent benchmarking review was done in order to minimize costs.
3.4 Shareholders’ Vote
As a Swiss legal entity listed on a major foreign stock exchange, the Company is subject to the Swiss Compensation
Ordinance, which requires a “say on pay” approval mechanism for the compensation of the Board of Directors and
the Executive Management, under which shareholders must vote on the compensation of the Board of Directors
and the Management Board on an annual basis.
3.5 Compensation approval process
Beneficiaries
Members of the Remuneration
Proposal
Decisiona
Board of Maximum total compensation:
AGMs (Binding approval by shareholders)
Board
of Committee
Directors
for the period between two consecutive AGMs
Directors
Members of the Remuneration
Board of Maximum aggregate compensation:
Executive
Committee
Directors
for the period from January 1 to December 31 of the same
year
Managementb
a: subject to shareholders’ binding vote
b : the Executive Management (EM) is defined as the Chief Executive Officer (CEO), Chief Financial Officer (CFO), Chief Scientific
Officer (CSO), Chief Development Officer (CDO) and Chief Medical Officer (CMO)
4
COMPENSATION COMPONENTS
4.1 Board of Directors
The compensation of the members of the Board of Directors may, as per the Company’s Articles of Association,
consist of fixed and variable compensation. Following the Board of Directors’ decision of December 7, 2016, the
compensation of the members of the Board of Directors today consists exclusively of a fixed annual monetary
compensation per term from one general meeting of shareholders to the next. At present only directors who are not
linked to one of the large shareholders are remunerated by the Company.
In addition, the Company pays social security contributions where applicable and reimburses members of the Board
of Directors for out-of-pocket expenses incurred in relation to their services on an on-going basis. For further
information on the compensation for members of the Board of Directors, please refer to the section “Disclosure of
2021 Compensation Paid to the Board of Directors” on page 6.
4.2 Executive Management
The compensation of the members of the Executive Management includes a base salary, variable compensation,
pension plan contributions and other benefits such as disability insurance and car allowances. Variable
compensation comprises performance-related bonus and equity-based incentives (described in the Universal
Registration Document under section 19.1.4 “Conditional capital”). The contractual notice period for members of
the Executive Management does not exceed six months.
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The variable compensation elements may be subject to the attainment of performance targets (annual corporate
and individual targets) that may take into account the achievement of annual operational, strategic, financial or other
objectives.
4.2.1 Fixed base salary
The fixed base salary is reviewed based on the position, responsibilities, experience and skills of each member of
the Executive Management and takes into account individual performance. The Remuneration Committee reviews
the fixed base salaries at the beginning of each year to ensure the Company remains an attractive employer.
4.2.2 Indirect benefits
The Company contributes to the corporate pension plan and provides car allowances and representation
allowances for the members of its Executive Management.
4.2.3 Performance-related bonus
Performance-related cash bonuses are reviewed annually and are based on individual and corporate performance.
Potential bonuses range from 25 % to 40 % of fixed compensation depending on position and are assessed based
on individual and corporate performance.
Corporate goals: Given the current development stage of GeNeuro, the corporate goals for 2021 were closely linked
to the continuation of the development program in the multiple sclerosis (MS) indication, with a key focus on the
efficient execution of the Karolinska trial. In addition, within the financial constraints imposed by the Company’s
limited resources, development continued to make GeNeuro a platform company. Both objectives remained largely
predicated on the optimal management of budgets and resources.
Corporate development and other goals are also set by the Board of Directors during the last quarter of each year.
Individual goals relate to the roles and responsibilities of the members of the Executive Management and are
aligned with the corporate strategy and annual corporate goals. Individual goals are set by the CEO (except in the
case of the CEO, where they are set by the Board of Directors) during the first quarter of each year.
For the financial year 2021, due to the Company’s cash position, on management’s recommendation, the Board of
Directors decided, at its March 18, 2022, meeting, to cap cash bonuses for executive management to 80% of the
base bonus, irrespective of the individual manager’s performance assessment.
4.2.4 Equity Incentive Plans
In addition to the Equity Incentive Plans that have been disclosed in prior remuneration reports, the Board of
Directors made option awards in 2021 on the basis of the new 4-year Stock Option Incentive Plan approved in
March 2020 with the objective of aligning the equity incentive plan to the strategy and to the value creation timeline
and framework for the Company. Pursuant to this new Plan, 178,000 new Stock Options were awarded in 2021 to
executive management and key employees.
For more information about the underlying Plans, see note 9 “Stock Option Plans” in the consolidated financial
statements.
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4.3 Structure of compensation
The compensation strategy and split for the period from January 1, 2021 to Dec. 31, 2021 was structured as follows:
• Board of Directors: 100% fixed cash fee;
• Executive Management: the compensation structure for the CEO was 62% fixed cash salary (base salary), 21%
short-term cash bonus, and 17% equity-based incentives; for the other executive management positions, the
compensation structure was 79% fixed cash salary (base salary), 12% short-term cash bonus and 9% equity-
based incentive. As mentioned above, due to the Company’s cash position, the Board of Directors decided, at
its March 18, 2022, meeting, to cap cash bonuses for 2021 for executive management to 80% of the base
bonus, irrespective of the individual manager’s performance assessment.
Compared to 2020, base salaries for the executive management team have remained stable in local currency terms
(but have marginally decreased in EUR due to the slight strengthening of the EUR vs CHF in 2021), whereas cash
bonuses awarded to the executive management team were 17% lower than in 2020.
5
COMPENSATION DISCLOSURE
5.1 Disclosure of 2021 Compensation to the Board of Directors
The total compensation of the members of the Board of Directors is as follows:
in EUR thousands
Jesús Martin Garcia (1)
Philippe Archinard
Hedi Ben Brahim
Giacomo Di Nepi
Michel Dubois
Annual cash fee
Social security
Total compensation
-
-
-
-
-
-
-
-
-
23.8
23.4
-
0.7
0.6
-
24.4
24.0
-
Eric Falcand
Gordon Francis
Christophe Guichard
Total
32.3
-
1.3
-
33.7
-
79.5
2.6
82.1
in CHF thousands
Annual cash fee
Social security
Total compensation
Jesús Martin Garcia (1)
Philippe Archinard
Hedi Ben Brahim
Giacomo Di Nepi
Michel Dubois
-
-
-
-
-
-
-
-
-
25.5
25.0
-
0.7
0.7
-
26.2
25.7
-
Eric Falcand
Gordon Francis
34.6
-
1.4
-
36.0
-
Christophe Guichard
Total
85.1
2.8
87.9
(1) The compensation for Mr. Martin Garcia, chairman and CEO, is disclosed within the Executive Management
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For the period from January 1, 2020 to December 31, 2020 (audited)
in EUR thousands
Jesús Martin Garcia (1)
Hedi Ben Brahim
Giacomo Di Nepi
Michel Dubois
Annual cash fee
Social security
Total compensation
-
-
-
-
-
-
23.8
23.4
-
0.6
0.6
-
24.4
24.0
-
Eric Falcand
Gordon Francis
Christophe Guichard
Total
32.3
-
79.4
1.3
-
2.5
33.6
-
81.9
in CHF thousands
Annual cash fee
Social security
Total compensation
Jesús Martin Garcia (1)
Hedi Ben Brahim
Giacomo Di Nepi
Michel Dubois
-
-
-
-
-
-
25.4
25.0
-
0.7
0.6
-
26.1
25.6
-
Eric Falcand
Gordon Francis
Christophe Guichard
Total
34.6
-
85.0
1.4
-
2.7
35.9
-
87.7
(1) The compensation for Mr. Martin Garcia, chairman and CEO, is disclosed within the Executive Management
Accordingly, total compensation of KEUR 82.1 paid to members of the Board of Directors in 2021 is 49% below the
maximum amount approved at the 2021 AGM, held on May 27, 2021, of KEUR 160 for the period from the ordinary
General Meeting 2021 until the ordinary General Meeting 2022.
5.2 Disclosure of 2021 Compensation to the Executive Management
The total compensation of the members of the Executive Management is as follows:
For the period from January 1, 2021 to December 31, 2021 (audited):
Social
Security,
pension
Number of
stock
options
Total
Cash
Non-Cash
Equity
Base
salary
Cash
Total
In EUR
bonus(1) & others Compensation incentives (2) Compensation granted
Jesús Martin Garcia
369,990
854,271
123,899 120,637
132,861 285,295
614,526
1,272,426
1,886,953
107,100
92,820
721,626
1,365,246
2,086,873
90,000
78,000
168,000
Chairman and CEO
Other 4 members of the
Executive Management(3)
Total in EUR
1,224,261 256,760 405,932
199,920
(1): cash bonus has been paid in March 2022.
(2): Based on the value of the entirety of the Stock Options awarded in February 2021. Social charges on the equity incentives
will be due only at the time of exercise of the share option, and will be calculated on the gain realized at that time.
(3): includes one executive manager who has departed the Company during 2021.
Social
Security,
pension
Number of
stock
options
Total
Cash
Non-Cash
Equity
Base
salary
Cash
Total
In CHF
bonus(1) & others Compensation incentives(2) Compensation granted
Jesús Martin Garcia
399,996
133,947 130,421
664,364
115,786
780,150
90,000
Chairman and CEO
Other 4 members of the
Executive Management(3)
923,552
143,636 308,432
1,375,620
100,348
1,475,968
78,000
Total in CHF
1,323,548 277,583 438,854
2,039,985
216,134
2,256,118
168,000
Aggregate cash compensation for the 2021 financial year paid to members of the Executive Management, including
social security, pension and other charges, was KEUR 1,887, i.e. 8% below the 2020 amount of KEUR 2,043. The
decrease is attributable to changes in the executive management team, as fixed compensation remained the same
in local currencies and as cash variable compensation was lower by 17% in 2021 compared to 2020. For fixed
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compensation, the aggregate amount (including related social security payments and pension fund contributions)
was KEUR 1,560, i.e. 6% below the total fixed executive management compensation for 2020 (due to the afore
mentioned changes in executive management) and 22% below the maximum amount of KEUR 2,000 for 2021
approved at the 2020 AGM held on May 27, 2020.
As for the variable compensation paid to members of Executive Management, it amounted in 2021 to KEUR 328
for the cash portion (including related social security payments and pension fund contributions), 17% below the
amount of KEUR 396 in 2020; the equity incentive component was KEUR 200 for 2021 vs KEUR 164 for 2020. In
total, the aggregate variable compensation (cash and non-cash) was KEUR 528 for 2021 vs. KEUR 537 for 2020;
the 2021 total variable compensation was 74% below the maximum amount of KEUR 2,000 for 2021 approved at
the 2020 AGM held on May 27, 2020.
For the period from January 1, 2020 to December 31, 2020 (audited):
Social
Security,
pension
Number of
stock
options
granted
Total
Cash
Non-Cash
Equity
Base
salary
Cash
Total
In EUR
bonus(1) & others Compensation incentives(2) Compensation
373,653
926,465
133,309 122,256
163,145 324,494
629,218
86,850
77,573
716,068
90,000
76,500
Jesús Martin Garcia
Chairman and CEO
1,414,104
1,491,676
Other members of the
Executive Management (3)
1,300,119 296,453 446,750
2,043,322
164,423
2,207,745
166,500
Total in EUR
(1) : cash bonus has been paid in March 2021.
(2) : Based on the value of the entirety of the Stock Options awarded in March 2020 and December 2020, respectively.
Social charges on the equity incentives will be due only at the time of exercise of the underlying share option, and will be
calculated on the gain realized at that time.
(3): includes compensation paid to executive managers who departed the Company during 2020.
Social
Security,
pension
Number
of stock
options
Total
Cash
Non-Cash
Equity
Base
salary
Cash
Total
In CHF
bonus(1) & others Compensation incentives(2) Compensation granted
399,996
991,781
142,707 130,875
174,646 347,370
673,578
92,973
83,041
766,551
90,000
76,500
Jesús Martin Garcia
Chairman and CEO
1,513,798
1,596,839
Other members of the
Executive Management(3)
1,391,777 317,353 478,246
2,187,376
176,014
2,363,391
166,500
Total in CHF
The information presented above for the financial year 2020 has been updated from the one presented in the
Remuneration Report for the financial year 2020, as that report had omitted the remuneration paid to two members
of the executive management who had left the Company during the year.
Even taking into account the compensation that had been omitted from the 2020 remuneration report, the amounts
paid remained below the amounts approved at the 2019 AGM held on May 24, 2019. For fixed compensation, the
restated aggregate amount (including related social security payments and pension fund contributions) was KEUR
1,671 vs KEUR 1,376 presented initially, i.e. 42% below the maximum amount of KEUR 2,900 for 2020 approved
at the 2019 AGM held on May 24, 2019. The variable compensation paid to members of Executive Management
did not change and at KEUR 537 was 81% below the maximum amount of KEUR 2,900 for 2020 approved at the
2019 AGM held on May 24, 2019.
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LOANS AND CREDITS
As of December 31, 2021, the Company has no outstanding loans, credit lines or post-retirement commitments
beyond the occupational benefit schemes to members of the Board of Directors or the Management Board.
Furthermore, the Company has not paid any compensation to nor granted any loans or credit lines to former
members of the Board of Directors or related persons.
SHARE OWNERSHIP INFORMATION
Disclosure of share awards in the Company to members of the Board of Directors or Executive Management
in the year ended
Dec. 31, 2021
Dec. 31, 2020
Stock options
Beneficiaries
Jesús Martin Garcia
David Leppert
Miguel Payró
Hervé Perron
Total
Shares
Stock options
90,000
Shares
-
-
-
-
-
-
-
-
-
-
90,000
20,000
34,500
12,000
156,500
24,000
36,000
18,000
168,000
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CHAPTER 14.
OPERATION OF ADMINISTRATION AND MANAGEMENT BODIES OF THE COMPANY
The running of the Company’s Board of Directors is determined by Swiss law and regulations, by the Company’s
Articles of Association and by the organizational rules and procedures of the Board of Directors, the principal
provisions of which are described in this CHAPTER 14.
The Articles of Association as well as the organizational rules and procedures of the Board of Directors described
in this Universal Registration Document are available on the Company’s website www.geneuro.com.
14.1 Organization And Operation Of The Company’s Management And Administrative Bodies
14.1.1 Organization and Operation of the Board of Directors
Membership and information on members of the Board of Directors are subject to the developments set forth in
Section 12.1.1, “Board of Directors” of this Universal Registration Document.
Membership
In accordance with the Articles of Association, the Board of Directors may consist of between five and ten members
elected at a general shareholders’ meeting. The chairman of the Board of Directors is also chosen at a general
shareholders’ meeting.
At the filing date of this Universal Registration Document, the Board of Directors comprises eight members. The
names and biographies of such members are set forth in Section 12.1.1 of this Universal Registration Document.
The Board of Directors believes that it has seven independent members for purposes of Article III7 of its
organizational rules and procedures and Article 14, section 1, of the Swiss Code of Good Company Governance
Practices of economiesuisse to which the Company intends to refer (please see Section 14.4, “Statement Regarding
Company Governance” of this Universal Registration Document).
The independent members are Messrs. Philippe Archinard, Hedi Ben Brahim, Michel Dubois, Giacomo Di Nepi,
Eric Falcand, Gordon S. Francis, and Christophe Guichard, inasmuch as these individuals:
•
•
do not serve in management, nor have they served in management in the last three years; and
do not have a significant business relationship with the Company or its subsidiaries.
Authority
In accordance with the Swiss Code of Obligations and the Articles of Association and the organizational rules and
procedures of the Board of Directors, the Board of Directors exercises the highest authority and supervision of the
Company’s business and affairs.
The decision-making authority of the Board of Directors applies principally to the following items:
i.
exercising the highest levels of management of the Company and issuing necessary instructions,
especially to define the Company’s strategy and general resources for achieving it, the ultimate supervision
of management and of the persons to whom it is delegated, decisions on developing, terminating, acquiring
or selling strategic activities, and withdrawal from strategically important court cases;
setting the basic principles in respect of the organization of the Company’s administration and
management;
ii.
iii.
iv.
appointment and removal of the persons responsible for management and representation;
fixing the compensation of the Directors and management, particularly the compensation strategy and
structure of the compensation of Directors and management within the framework provided by law,
regulations, and the Articles of Association, guidelines relating to the occupational pensions of members
of the Board of Directors and management, proposals at the general shareholders’ meeting to consider
and act on approving the total compensation of the Board of Directors and management, fixing the
individual compensation of the Directors and members of management, and preparing a report on
compensation to be submitted at a general meeting of shareholders;
v.
creating a system for identifying and handling risks and internal controls and of compliance with law and
the Articles of Association;
vi.
fixing the principles applicable to bookkeeping and accounting, financial controls, and the strategic
financing plan, especially the establishment of the accounting function, and determination of the
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accounting reference, and the establishment of an appropriate system of financial planning, including,
especially, the annual budget;
vii.
viii.
ix.
preparing the management report (which includes the annual report, annual financial statements, and
consolidated financial statements);
organizing and giving notice of general shareholders’ meetings and preparing proposals by the Board of
Directors for the general shareholders’ meeting;
carrying out decisions approved at general shareholder meetings taken in compliance with law and the
Articles of Association;
x.
xi.
adopting the rules relating to the Company’s communications and public relations strategy; and
informing a court in the event of over-indebtedness.
In addition, the Board of Directors is responsible for ensuring that appropriate measures (such as embargoes or
black-out periods) are taken for purchases and sales of the Company’s shares or relevant rights at critical moments,
such as in connection with an acquisition proposal or prior to a press conference or disclosure of the Group’s results.
Finally, on November 19, 2015, the Board of Directors approved organizational rules and procedures by which it
delegates management of the Company to members of management.
Terms and conditions of operation
The Board of Directors meets as often as the Company’s business and affairs require, but at least four times per
year.
Notice of Board meetings or decisions is given by the Chairman in writing (letter, fax, email, or any other similar,
form of notice). In the event the Chairman is unable to act, notice of a Board of Directors meeting may also be given
by the Vice Chairman.
Any member of the Board of Directors may ask the Chairman at any time to hold a meeting of the Board of Directors
for a specific agenda matter, or request that points be included on the agenda.
Notices of meetings are sent 10 days prior to the meeting. In the event of an emergency, the Chairman may fix a
shorter period. The notice is to contain the agenda as well as the documents, presented clearly and concisely,
needed for the Board of Directors to transact business. If documentation cannot be provided before the meeting,
the Chairman is to give the members of the Board of Directors sufficient time to familiarize themselves therewith
prior to the commencement of the meeting.
As a general rule, the persons responsible for an item added to the agenda are present at the meeting. The persons
who are indispensable for responding to questions for the purpose of illuminating various points must be available.
The chairman of the Board of Directors may invite members of management, employees, or third parties to
participate in Board of Directors’ meetings for all or part of the agenda.
For major matters, the Board of Directors may consult independent outside experts, at the Company’s expense.
Action of the Board of Directors may be taken in the form of a meeting, telephone conference, video-conference,
or any other means making it possible to transact business.
If the Board of Directors consists of several members, its decisions are to be taken at a meeting by a majority of the
votes cast by members present: provided, however, that they form a quorum of a majority of the Board (an
attendance quorum).
Actions by the Board of Directors may also be taken by a majority of the votes of the Board members in the form of
a written consent (letter, fax, or email) to a proposal by the Chairman, as long as the proposal is submitted to all
members, and none of them demands a meeting.
In the event of a tie vote, the Chairman’s vote shall be decisive.
Actions relating to formalities in connection with capital increases, future payments for new shares, or an issue of
warrants may be taken by a single Director, and no quorum will be required.
Minutes of the deliberations and discussions of the Board of Directors are to be prepared, even when only a single
Director takes part, and must be signed by the Chairman and the secretary of the meeting. The minutes must
mention the members present. The Chairman shall be responsible for the content and retention of Board minutes.
Each member of the Board of Directors has the right to obtain information about the Company’s business and
affairs. During meetings, each Board member may ask for information from the other members, as well as from
members of management. Outside meetings, Directors are to send their requests for information to the Chairman.
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Rate of participation
During the 2021 financial year, the Company’s Board of Directors met seven times, and the average attendance of
Board members was 94%.
14.1.2 Organization of Management
The membership and information about members of management are set forth in Section 12.1.1.1 “Membership of
the Board of Directors” of this Universal Registration Document.
14.2 Agreements Between Members Of Administration Or Management Bodies And The
Company Or Any Of Its Subsidiaries
14.2.1 Employment Agreements
Pursuant to Swiss law, Messrs. Martin-Garcia, Leppert, and Payró hold employment agreements with the Company.
Dr. Arrighi left from the Company in 2021. Dr. Lang is employed pursuant to a consulting agreement with the
Company. Dr. Perron is party to an employment agreement with GeNeuro Innovation.
14.2.2 Consulting Contracts
Mr. Gordon S. Francis is a consultant to the Company who assists in connection with clinical development projects
in the field of neurology.
On February 25, 2015, Mr. Gordon S. Francis and the Company entered into a consulting agreement for a term of
three years, terminable at any time upon 30 days’ prior notice. For his consulting work, Mr. Gordon S. Francis is
paid compensation of CHF 2,000 per day of work. His travel expenses are also reimbursed, in accordance with the
Company’s internal rules.
14.3 Operation Of Committees
The Board of Directors has delegated to certain of its members, organized in committees, the responsibility for
preparing, supervising, or carrying out decisions and actions within the scope of its authority.
Article II.3 of the Company’s organizational rules and procedures provides that the Board of Directors will include
the following permanent committees:
•
•
•
a Nominations Committee;
a Remuneration Committee; and
an Audit and Control Committee.
In connection with its responsibilities, the Board of Directors may appoint other committees on the basis of ad hoc
rules or decisions/actions.
As of the filing date of this Universal Registration Document, the Board of Directors has not used this authority.
14.3.1 Nomination Committee
On November 19, 2015, the Board of Directors approved the rules and procedures for the Nominating Committee,
the principal terms of which are set forth below.
Membership
The Nominations Committee has three members. The Board of Directors chooses the Chairman and members of
the Nomination Committee.
The members of the Nominations Committee are:
•
•
•
Mr. Giacomo Di Nepi, Chairman of the committee;
Mr. Hedi Ben Brahim, member; and
Mr. Christophe Guichard, member.
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Responsibilities
The Nominations Committee has the following responsibilities:
1. it prepares for the action to be taken by the Board of Directors in respect of candidates for the Board of
Directors proposed at a general shareholders’ meeting;
2. it ensures, taking account of the Company’s situation and interests, that, over time, the members of the
Board of Directors comply with the recommendations of the Swiss Code of Best Practice for Corporate
Governance; and
3. it develops and submits proposals to the Board of Directors in respect of:
a. planning and scheduling the succession of Directors,
b. the criteria for selecting candidates for the Board of Directors,
c. the program to initiate new Directors in their responsibilities, and
d. continuous training and education of the Directors.
Terms and conditions of operation
The relevant rules and procedures of the organizational rules and procedures are to apply mutatis mutandis to
proceedings of the Nominations Committee (please see Section III of the organizational rules and procedures set
forth in Section 14.1, “Organization and Operation of the Company’s Management and Administrative Bodies” of
this Universal Registration Document).
Reports
The Nominations Committee reports to the Board of Directors.
14.3.2 Remuneration Committee
On November 19, 2015, the Board of Directors approved the rules and procedures of the Remuneration Committee,
the principal terms of which are set forth below.
Membership
The Remuneration Committee is a body that is mandatory for any Swiss company publicly traded in Switzerland or
elsewhere.
As provided in the Articles of Association, the Remuneration Committee has three members.
To the extent possible, the Board of Directors is to propose that at least two independent members be elected, at
a general shareholders’ meeting, to the Remuneration Committee. If it proposes members that are not independent,
the Board of Directors shall so report at the general shareholders’ meeting.
The Board of Directors has not proposed that at a general shareholders’ meeting there be elected members who
are interdependent (i.e., who are under the control or orders of other members of the Board of Directors or
management).
The members of the Remuneration Committee are:
•
•
•
Mr. Giacomo Di Nepi, Chairman of the committee;
Mr. Hedi Ben Brahim, member; and
Mr. Christophe Guichard, member.
Responsibilities
The Remuneration Committee has the following responsibilities:
1. it assists the Board of Directors in establishing and periodically revising the Company’s compensation
policy, as follows:
(a)
of applicable law, the Articles of Association, and decisions taken at a general shareholders’ meeting,
(b) it ensures that the Company offers a package of services and benefits consistent with the market
and its performance in order to attract and retain persons with the skills and personalities required, and
it reports periodically to the Board of Directors on the status of the compensation process in light
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(c)
it ensures that the compensation system does not contain undesired or undesirable incentives,
and that it does not contain items that could be influenced on a targeted basis in a way that is contrary to
the objective sought;
2. it assists the Board of Directors in the preparation of proposals for compensation that the Board of Directors
is to submit for approval at a general shareholders’ meeting;
3. it prepares and submits to the Board of Directors a report on compensation to be submitted at a general
shareholders’ meeting;
4. at the time of a general shareholders’ meetings, acting by and through its Chairman, it provides
explanations on the report and the compensation system and answers questions;
5. it chooses outside advisors on compensation and mandates them, determines their fees, and critically
assesses their conclusions; and
6. it submits to the Board of Directors any proposal on compensation that it believes is in the Company’s
interest.
Terms and conditions of operation
The Chairman of the Board of Directors, the Chief Executive Officer and the Chief Financial Officer may be invited
to meetings, except when the issue is their own compensation.
The Remuneration Committee is authorized to obtain necessary specialized knowledge, by consulting outside
advisors, if necessary.
If the compensation practices of other companies are used for comparison, the Remuneration Committee is to
review the membership of the comparison group and the relevance of the comparisons made.
If the Remuneration Committee asks Company employees to undertake comparisons, they shall follow the
instructions of the Chairman of the Remuneration Committee for such purpose.
As to other matters, the relevant rules of procedures of the organizational rules and procedures are to apply mutatis
mutandis to proceedings of the Remuneration Committee (please see Section III of the organizational rules and
procedures set forth in Section 14.1, “Organization and Operation of the Company’s Management and
Administrative Bodies” of this Universal Registration Document).
Reporting
The Remuneration Committee reports to the Board of Directors.
14.3.3 Audit and Control Committee
On November 19, 2015, the Board of Directors approved the rules and procedures of the Audit and Control
Committee, the principal terms of which are set forth below.
Membership
The Audit and Control Committee is composed of three members. The Board of Directors chooses the Chairman
and the members of the Audit and Control Committee. The majority of the members of the Audit and Control
Committee must be independent.
The members of the Audit and Control Committee are:
•
•
•
Mr. Christophe Guichard, Chairman of the committee;
Mr Philippe Archinard, member; and
Mr. Eric Falcand, member.
All members are considered independent under the economiesuisse Code and have particular competences in
finance and accounting.
Responsibilities
The Audit and Control Committee has the following responsibilities:
1. it ensures the establishment of a risk management and internal control system appropriate to the size,
complexity, and risk profile of the Company and submits necessary proposals to the Board of Directors;
2. it supervises the internal audits;
3. it prepares a report at least once a year containing recommendations to the Board of Directors on:
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(a) the adequacy of the control system with regard to the recognized rules of good practices; and
(b) the extent of effective implementation of the Company’s compliance system;
4. it reviews the effectiveness of the external auditors (auditing firm);
5. it assists the Board of Directors, prepares decisions and makes recommendations in respect of any and
all responsibilities of the Board of Directors in respect of financial accounting and planning;
6. it exercises critical control and verification of the Company’s financial statements, the consolidated
financial statements, and the interim financial statements intended to be published or disclosed;
7. it discusses the financial statements with finance managers as well as separately, as the case may be,
with the head of the outside auditing firm;
8. it decides whether to recommend to the Board of Directors that the Company’s financial statements and
consolidated financial statements be presented at a general shareholders’ meeting;
9. it evaluates the performance and fees of the outside auditors, ensures their independence, and verifies, in
particular, whether the audit engagement is compatible with any other engagements by the Board; and
10. if the Chairman of the Board of Directors is also a member of management, it takes necessary measures
to ensure the control and verification of the management activities of the Chairman of the Board of
Directors.
Terms and conditions of operation
The relevant rules and procedures of the organizational rules and procedures are to apply mutatis mutandis to
proceedings of the Audit and Control Committee (please see Section III of the organizational rules and procedures
set forth in Section 14.1, “Organization and Operation of the Company’s Management and Administrative Bodies”
of this Universal Registration Document).
Reporting
The Audit and Control Committee reports to the Board of Directors.
14.4 Statement Regarding Company Governance
There are no requirements under Swiss law for a company to present a specific report on corporate governance.
Since the listing of the Company’s shares on Euronext Paris, the Company refers to all recommendations of the
Swiss Code of Best Practice for Corporate Governance of economiesuisse (the “economiesuisse Code”).
The applicable economiesuisse Code to which the Company refers to may be consulted on the Internet at:
governance bodies.
The table below presents the Company’s position vis-à-vis the recommendations made by the economiesuisse
Code:
Recommendations of the Code of Good Practices
I. Shareholders
Compliance
Noncompliance
R1: As providers of capital, the shareholders have the last word
R2: The Company works to facilitate exercise by the shareholders of
their legal rights
X
X
R3: The Company ensures that general meetings of shareholders
are a venue of communication so that they may discharge their
responsibilities as members of a company’s supreme governance
body on an informed basis
X
R4: The Company works to facilitate participation of the
shareholders at general shareholders’ meetings by setting the dates
clearly and with sufficient lead time
R5: General shareholders’ meetings are to be organized so that
shareholders can express themselves factually and concisely on the
items set forth in the agenda
X
X
R6: The organizational structure ensures the right of the
shareholders to obtain information and consult documents
R7: At a general shareholders’ meeting, the majority must make its
wishes known clearly
R8: The Board of Directors is also to maintain contact with the
shareholders between general meetings
X
X
X
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Recommendations of the Code of Good Practices
II. Board of Directors and Management
Compliance
Noncompliance
a. Tasks of the Board of Directors
R9: The board of directors, elected by the shareholders, exercises
high-level management and supervision of the Company or group
R10: The principal inalienable and nontransferable tasks of the
Board of Directors are set forth in Swiss company law
R11: The Board of Directors in the Articles of Association defines the
responsibilities of persons responsible for management
b. Membership
R12: The membership of the Board of Directors must be balanced
(male/female representation, diversity of members and majority of
independent members)
X
X
X
Partially141
R13: The board of directors plans and schedules the renewal of
offices and ensures continuing training and education of its members
c. Independence
R14: The independence of members of the Board of Directors must
meet specific criteria
X
X
d. Operation and chairmanship of the Board of Directors
R15: The Board of Directors defines procedures appropriate to its
business
R16: The Chairman is responsible for preparing and presiding at
meetings; he/she ensures and vouches for information
e. Management of conflicts of interest and inside information
R17: Each member of the Board of Directors and of management
must manage his or her personal affairs so as to avoid as much as
possible conflicts of interest with the Company
X
X
X
X
R18: The Board of Directors is to adopt very precise principles
relating to any disclosure of events and is to take steps to prevent
violations of law on insider trading
f. Chairmanship of the Board of Directors and of management
R19: The principle of the balanced relationship to be reached
between the responsibilities of management and control is also valid
for the head of the Company
Partially142
g. Risk management, compliance with rules, and system of internal controls
R20: The Board of Directors is responsible for ensuring that
management of risks and the system of internal controls are
appropriate for the company. Risk management relates to financial,
operational, and reputational risks
X
R21: The Board of Directors is to take steps to ensure compliance
with applicable standards
h. Committees of the Board of Directors
R22: The Board of Directors may appoint committees responsible for
specific tasks
X
X
1. Audit Committee
R23: The Board of Directors is to create an Audit Committee
R24: The Audit Committee reaches its own opinion on internal and
external audits, the internal control system, and the annual financial
statements
X
X
2. Remuneration Committee
R25: The Board of Directors is to propose to the shareholders non-
executive and independent parties to be appointed to a
Remuneration Committee
X
3. Nomination Committee
141 In accordance with the economiesuisse Code, the Board of Directors is to consist of men and women: at present the Board of
Directors consists solely of men. This results from the Company’s development and the active role of its founders and
historical investors. The Company and its subsidiary promote equality between men and women within the Group. The
Board of Directors, however, is opposed to the introduction of quotas in its membership. The Board of Directors should
target appropriate diversity among its members: the Board of Directors aims to develop diversity of its members in the
Company’s interests. The Board of Directors should consist of a majority of independent members: six Directors out of
seven are independent.
142 According to the economiesuisse Code, the chairmanship of the Board of Directors and management should be entrusted to
two different persons. The Chairman of the Board of Directors, Mr. Jesús Martin-Garcia, also holds the position of Chief
Executive Officer. The Board of Directors believes that this organization is presently best suited to the Company, given the
human competences currently available. Supervision of management actions by Mr. Jesús Martin-Garcia is ensured by the
Audit and Control Committee.
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Recommendations of the Code of Good Practices
R26: The Board of Directors shall create a Nomination Committee
i. Specific cases
Compliance
X
Noncompliance
R27: The rules of the Swiss Code, depending on the structure of the
shareholders and the size of the Company, may be adapted to the
circumstances
X
III. Audit
R28: Outside audits are conducted by the audit firm appointed by the
shareholders
IV. Disclosure
R29: The Company is to supply in its management report
information about corporate governance
ANNEX 1
X
X
I. Recommendations about compensation for members of the Board of Directors and management
a. Role of the shareholders at a general meeting
R30: The Board of Directors is to ensure that shareholders at a
general meeting are able to exercise their rights and competence
b. Role of the Board of Directors and Remuneration Committee
R31: The Board of Directors is to decide on the compensation
system for the highest-level managers of the Company and the
compensation to be proposed at a general shareholders’ meeting
R32: With a view to appointment of the Remuneration Committee,
the Board of Directors is to propose at the general meeting of
shareholders non-executive and independent persons
R33: The Remuneration Committee plays a key part in implementing
the requirements of the law, the Articles of Association, and the
shareholders’ meetings, which require, in the Company’s interests,
specialized skills
X
X
X
X
R34: On the basis of indications by the Board of Directors relating to
compensation strategy, the Remuneration Committee is to develop a
proposal for the creation of a compensation system intended for
Company executives
X
X
c. Details of system of compensation
R35: As a general matter, the compensation system is based on
fixed and variable components. It rewards service leading to success
over the long and medium term through compensation available in
the future
R36: The compensation system is organized so as to avoid granting
benefits that are not materially justified and negative incentives
R37: The Remuneration Committee critically appraises
compensation paid by other companies and the conclusions of
internal and external advisors
X
X
d. Reporting on compensation and transparency
R38: The Board of Directors prepares a report each year on
compensation and ensures transparency of the compensation for
members of the Board of Directors and management
X
14.5 Internal Control And Company Governance
Since the listing of the Company’s shares on Euronext Paris, the Company has adopted an internal control system
in accordance with Article 728a of the Swiss Code of Obligations.
The Company has thus adopted several internal control procedures relating to accounting and financial information:
•
•
•
it maintains internal separation between the production and supervision of its financial statements;
it uses an independent expert to evaluate its retirement obligations for Swiss employees;
it has outsourced the preparation of its payroll as well as having a specialized firm handle accounting for its
subsidiary, GeNeuro Innovation; and
•
it has adopted a procedure for delegating authority regarding the approval of purchase orders and purchase
invoices.
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In accordance with the internal organizational rules and procedures approved on November 19, 2015, the Audit
and Control Committee is responsible for creating a risk management and internal control system appropriate to
the size, complexity, and risk profile of the Company.
Furthermore, an independent auditor that is responsible for verifying the internal control system is appointed
annually at a general shareholders’ meeting.
Finally, since the listing of the Company’s shares on Euronext Paris, the Company has continued to improve its
internal control practices and its adherence to the economiesuisse Code.
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CHAPTER 15.
EMPLOYEES
15.1 Human Resources
15.1.1 Headcount
As of December 31, 2021, the Group employed a total of 17 persons. An operational organization chart is presented
in Section 5.7.1, “Operating Organization Chart” of this Universal Registration Document. At the filing date of this
Universal Registration Document, the number of employees is 18.
15.1.2 Distribution by Department
As of December 31, 2021, 17 professionals (including consultants and temporary workers) worked for the Group,
distributed as follows:
Department
Number of employees
Management and administration
Research and development
TOTAL
6
11
17
15.1.3 Geographic Distribution
The table below presents the geographic distribution of the 17 professionals working for the Group as of December
31, 2021:
Country
Number of employees
France
Switzerland
TOTAL
8
9
17
15.1.4 Structure and Evolution of Employees Within the Group
The tables below present the structure and recent evolution of employees within the Group during the last two
years.
15.1.5 Overall Evolution of the Number of the Group’s Employees
December 31, 2021
December 31, 2020
Number of Group employees
17
17
15.1.6 Distribution of Employees by Type of Employment
The table below shows the distribution of the Group’s employees by type of employment during the past two years:
(in percentage)
December 31, 2021
December 31, 2020
Permanent
Non-permanent
94%
6%
96%
4%
15.2 Profit Sharing And Participation Of Employees
15.2.1 Profit Sharing and Participation Agreements
None.
15.2.2 Employee Shareholders – Options for the Acquisition of the Company’s Shares
Please see Section 13.1.3, “Stock Options and Grants of Free Shares” and Section 16.1.1, “Distribution of Share
Capital and Voting Rights” of this Universal Registration Document.
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CHAPTER 16.
PRINCIPAL SHAREHOLDERS
16.1 Identification Of Shareholders
16.1.1 Distribution of Share Capital and Voting Rights
As of December 31, 2021 and December 31, 2020, and based on the latest publicly available information, the
Company’s shareholders were the following:
At December 31, 2020
Number of
At December 31, 2021
Number of
At March 31, 2022
Number of
% of
% of
% of
shares and
voting
% of
capital
shares and
voting
% of
capital
shares and
voting
% of
capital
Shareholders
voting
rights
voting
rights
voting
rights
rights*
rights*
rights*
GNEH SAS (1)
7,508,026 36.46% 36.71% 8,370,094 37.50% 37.71% 8,370,094 37.50% 37.72%
6,367,608 30.93% 31.14% 6,367,608 28.53% 28.69% 6,367,608 28.53% 28.70%
Eclosion2 & Cie SCPC
Servier International BV
Treasury shares
1,254,596 6.09%
139,645 0.68%
6.13% 1,365,659 6.12%
0.00% 126,023 0.56%
6.15%
0.00%
1,365,659 6.12%
131,055 0.58%
6.15%
0.00%
Publicly held
5,174,694 25.13% 25.30% 5,943,643 26.63% 26.78% 5,938,611 26.61% 26.76%
145,750 0.71% 0.72% 147,750 0.66% 0.67% 147,750 0.66% 0.67%
20,590,319 100.00% 100.00% 22,320,777 100.00% 100.00% 22,320,777 100.00% 100.00%
Employees & directors
TOTAL
*
Shares held in treasury have their voting rights suspended in accordance with Swiss law.
(1): GNEH SAS is held 81.1% by Institut Mérieux and 18.9% by bioMérieux.
Eclosion2 SCPC & Cie is an investment fund under the authority of FINMA (Swiss Financial Markets Surveillance
Federal Authority) and is structured according to the Swiss Federal Act on Collective Investment Schemes. Its main
investors are either institutional investors (mainly pension funds) or industrial groups or private individuals investing
individually or as part of family offices. According to the partnership agreement between Eclosion2 & Cie SCPC
and its investors, they delegate to the general partner, Eclosion2 SA, the management of investments. The largest
investor in Eclosion2 SCPC & Cie represents less than 12% of the partnership.
Mr. Martin-Garcia is one of Eclosion2 S.A.’s three managing partners and takes part in decisions regarding that
company. However, under the organizational regulations of Eclosion2 S.A., all decisions relating to investment
policies are made unanimously by the managing partners.
16.1.2 Significant Shareholders Not Represented on the Board of Directors
None.
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16.1.3 Changes in Distribution of Equity Capital and Votes During the Last Two Financial Years*
At December 31, 2020
Number of
At December 31, 2021
Number of
At March 31, 2022
Number of
% of
% of
% of
shares and
voting
% of
capital
shares and
voting
% of
capital
shares and
voting
% of
capital
Shareholders
voting
rights
voting
rights
voting
rights
rights*
rights*
rights*
GNEH SAS (1)
7,508,026 36.46% 36.71% 8,370,094 37.50% 37.71% 8,370,094 37.50% 37.72%
6,367,608 30.93% 31.14% 6,367,608 28.53% 28.69% 6,367,608 28.53% 28.70%
Eclosion2 & Cie SCPC
Servier International BV
Treasury shares
1,254,596 6.09%
139,645 0.68%
6.13% 1,365,659 6.12%
0.00% 126,023 0.56%
6.15%
0.00%
1,365,659 6.12%
131,055 0.58%
6.15%
0.00%
Publicly held
5,174,694 25.13% 25.30% 5,943,643 26.63% 26.78% 5,938,611 26.61% 26.76%
145,750 0.71% 0.72% 147,750 0.66% 0.67% 147,750 0.66% 0.67%
20,590,319 100.00% 100.00% 22,320,777 100.00% 100.00% 22,320,777 100.00% 100.00%
Employees & directors
TOTAL
*
Shares held in treasury have their voting rights suspended in accordance with Swiss law.
(1): GNEH SAS is held 81.1% by Institut Mérieux and 18.9% by bioMérieux.
As mentioned in section 3.3, in so far as the Company’s registered office is in Switzerland whilst its shares are listed
only on Euronext Paris’s regulated market, neither French regulations on mandatory public tender offers and
buyouts, nor Swiss regulations on public takeover offers (purchase or exchange offer) are applicable to public tender
offers concerning the Company’s shares.
Under these conditions, a person might acquire shares in the Company to an extent representing a controlling stake
as defined under Swiss or French law without a legally enforceable obligation to file a public tender offer to all the
shareholders.
Similarly, because of the unenforceability of French and Swiss law on compulsory public tender offers, a person
could issue a public tender offer to some, but not all, shareholders.
16.2 Shareholder Voting Rights
On the filing date of this Universal Registration Document, each shareholder’s votes equal the number of shares
each owns. There is no double-voting right, bearing in mind that under Swiss law, each share may carry only one
voting right. Furthermore, under Swiss law, voting rights on treasury shares are suspended.
16.3 Shareholders’ Agreements, Lock-Up Obligations, And Concerted Action
To the Company’s knowledge, there is no shareholders’ agreement, retention agreement, or concerted action
involving the Company’s shares.
16.4 Control Of The Company
On the filing date of this Universal Registration Document, no shareholder holds control over the Company, the
main shareholder, GNEH SAS, holding 37.50% of the Company’s shares and 37.72% of the votes.
16.5 Agreements That Could Cause A Change Of The Company’s Control
None. To the Company’s knowledge, there is no agreement that might cause a change of control of the Company.
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CHAPTER 17.
TRANSACTIONS WITH RELATED PARTIES
17.1 Intragroup Agreements
GeNeuro and GeNeuro Innovation have entered into two agreements, both dated December 19, 2009:
•
a subcontracting agreement by which GeNeuro gives a certain number of studies to GeNeuro Innovation
among which is the development of animal models to improve the comprehension of the mechanisms
causing, and the development of, diseases and disorders linked to endogenous retroviruses, the
development of antibodies, and the development of a diagnostic test for the detection of the envelope protein
in serum.
•
•
In consideration of such services, GeNeuro is to pay GeNeuro Innovation a price equal to the sum of the
costs incurred by it plus 4%.
The agreement provides that GeNeuro has the option of deciding whether or not to extend the term of the
studies during a period of three months preceding the end thereof. This agreement was renewed on
November 19, 2015; and
•
a mutual services agreement by which GeNeuro and GeNeuro Innovation each make their employees
available to the other and bill each other for such services, which reflects the Group’s mode of organization,
which assigns internal “research and development costs” to GeNeuro Innovation and the remaining expenses
to GeNeuro.
•
•
In consideration of such services, each company is to pay to the other a price equal to the amount of the
costs and expense incurred plus 3%.
Each party may terminate this agreement at any time upon one month’s notice.
GeNeuro and GeNeuro Australia Pty Ltd have entered into an “Intercompany Working Capital Debt Facility
Agreement” effective November 24, 2016, pursuant to which GeNeuro funds the clinical trials undertaken by its
Australian subsidiary. On March 17, 2021, GeNeuro and GeNeuro Australia Pty Ltd entered into a Debt Forgiveness
Agreement pursuant to which the outstanding balances due by GeNeuro Australia Pty Ltd to GeNeuro were forgiven
in order to allow the liquidation of that subsidiary.
17.2 Transactions With Related Parties
Agreements with related parties are discussed in Note 18, “Related Parties”, to the Group’s consolidated financial
statements for the year ended 31 December 2021 set forth inCHAPTER 18 of this Universal Registration Document.
17.3 Special Reports Of Auditors
None. Under Swiss law, there is no obligation to submit transactions with related parties to the auditors’ review.
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CHAPTER 18.
INFORMATION REGARDING THE COMPANY’S ASSETS,
FINANCIAL SITUATION AND RESULTS
18.1 Historical Financial Information
The consolidated financial statements as of and for the years ended December 31, 2021 and 2020 have been
prepared in conformity with IFRS standards as issued by the International Accounting Standards Board.
18.2 Pro Forma Financial Information
Not applicable.
18.3 Financial Statements
18.3.1 Independent Auditors’ Report on the Consolidated Financial Statements as of and for the year ended
December 31, 2021
168
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
- 169 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
- 170 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
- 171 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
- 172 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
- 173 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
- 174 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
18.3.2 Consolidated Financial Statements prepared in accordance with IFRS standards as of and for the Years
Ended December 31, 2021 and December 31, 2020
Consolidated Statement of Financial Position
GENEURO
12/31/2021
12/31/2020
Consolidated Statement of Financial Position
Notes
(in thousands of EUR)
ASSETS
Intangible assets
3
4
1,142.2
1,148.8
Property, plant and equipment
Non-current financial assets
Total non-current assets
1,218.4
308.9
1,442.0
257.2
5, 7
2,669.5
2,848.0
Other current assets
Cash and cash equivalents
Total current assets
6
7
4,390.6
5,479.5
9,870.1
819.9
6,842.9
7,662.8
Total Assets
12,539.6
10,510.8
LIABILITIES AND EQUITY
Equity
Share Capital
8
972.0
20,243.7
42,750.0
(6,817.7)
(51,386.6)
(726.5)
892.3
14,702.3
42,750.0
(8,962.3)
(43,038.8)
(770.8)
Additional paid-in capital
Other reserves from capital
Net income (loss) attributable to owners of the parent
Accumulated deficit attributable to owners of the parent
Treasury shares
Cumulative translation adjustments
Accumulated other comprehensive loss
Equity attributable to owners of the parent
202.2
265.8
(392.0)
(324.0)
4,845.1
5,514.5
Total equity
4,845.1
5,514.5
Non-current liabilities
Employee benefit obligations
Non-current financial liabilities
Other non-current liabilities
Non-current liabilities
11
7, 10
7
1,077.0
3,537.3
11.1
1,391.8
1,273.4
3.4
4,625.4
2,668.6
Current liabilities
Current financial liabilities
Trade payables
7, 10
7, 12
7, 12
363.0
581.4
293.3
540.4
Other current liabilities
Current liabilities
2,124.7
3,069.1
1,494.0
2,327.7
Total Liabilities and Equity
12,539.6
10,510.8
The accompanying notes form an integral part of these consolidated financial statements
- 175 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
Consolidated Income Statement
12/31/2021
12 months
12/31/2020
12 months
GENEURO
Consolidated Income Statement
(in thousands of EUR)
Notes
Income
13
-
-
Research and development expenses
Research and development expenses
Subsidies
14.1
14.1
14.2
(4,886.8)
1,173.5
(4,713.1)
556.0
General and administrative expenses
Operating loss
(2,652.4)
(6,365.7)
(3,302.0)
(7,459.1)
Financial income
15
15
55.8
(507.8)
(452.0)
3.1
(1,506.3)
(1,503.2)
Financial expenses
Financial income (expenses), net
Pre-tax loss
(6,817.7)
(8,962.3)
Income tax (expense)
16
-
-
Net loss for the period
(6,817.7)
(8,962.3)
12/31/2021
12/31/2020
Basic loss per share (EUR/share)
Diluted loss per share (EUR/share)
17
17
(0.32)
(0.32)
(0.45)
(0.45)
Consolidated Statement of Comprehensive Income
GENEURO
12/31/2021
12 months
12/31/2020
12 months
Consolidated Statement of Comprehensive income
(in thousands of EUR)
Net loss for the period
(6,817.7)
(8,962.3)
Actuarial gains - employee benefits
11
(68.0)
(68.0)
(63.6)
(63.6)
2,004.0
2,004.0
(18.3)
Net other comprehensive income (loss) that will not be
reclassified to profit or loss in subsequent periods
Currency translation differences
Net other comprehensive loss that may be reclassified to
profit or loss in subsequent periods
(18.3)
Total other comprehensive income (loss)
Comprehensive loss
(131.6)
1,985.7
(6,949.3)
(6,976.6)
The accompanying notes form an integral part of these consolidated financial statements
- 176 -
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
Consolidated Statement of Changes in Equity
Capital
Share
Capital
Ordinary
Additional Other Accumulated Treasury
Cumulative
translation
adjustments
Other
compre-
hensive
income
(loss)
Share-
holders'
equity
paid-in
capital reserves
free
deficit and
net loss
Shares
Number of shares
shares at nominal
value
from attributable
capital to owners of
the parent
GENEURO
In thousands of EUR
Consolidated Changes in Equity
Notes
At December 31, 2019
Net loss 2020
14,658,118
5,932,201
-
-
-
-
-
-
(56 759.6)
(8,962.3)
(668.4)
284.1
(2,328.0)
(5,208.5)
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
(8,962.3)
1,985.7
(6,976.6)
17,499.9
(1,168.7)
-
1,470.8
(102.4)
5,514.5
(6,817.7)
(131.6)
(6,949.3)
6,022.0
(400.9)
614.5
Other comprehensive income
Comprehensive income (loss)
Shares issued
Share capital increase costs
Reclassification pursuant to shareholders' meeting(1)
Share-based payments
Treasury shares
At December 31, 2020
Net loss 2021
Other comprehensive income
Comprehensive income (loss)
Shares issued
-
(18.3)
(18.3)
2,004.0
2,004.0
(8,962.3)
8
(1,168.7)
-
-
-
-
-
-
-
-
-
-
-
8
9, 15
12,250.0
1,470.8
-
-
-
-
-
-
-
(102.4)
(770.8)
-
-
20,590,319
1,730,458
22,320,777
(52,001.1)
(6,817.7)
265.8
(324.0)
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
(63.6)
(63.6)
(68.0)
(68.0)
(6,817.7)
8
-
-
-
-
-
-
-
-
-
-
-
-
Share capital increase costs
Share-based payments
Treasury shares
-
-
-
(400.9)
-
614.5
9, 15
-
-
44.3
(726.5)
-
44.3
4,845.1
At December 31, 2021
(58,204.3)
202.2
(392.0)
(1) At the Annual General Meeting of Shareholders of May 27, 2020, the shareholders resolved to offset €12,250 K from the additional paid-in capital against the carried forward loss, and to allocate
€ 42,750 K from the additional paid-in capital to a new position “Other reserves from capital” within the free reserves.
The accompanying notes form an integral part of these consolidated financial statements
- 177 -
42,750.0
42,750.0
42,750.0
614.7
53,648.7
277.6
17,222.3
-
(55,000.0)
892.3
14,702.3
79.7
5,942.3
972.0
20,243.7
IFRS Consolidated Financial Statements for the Financial Years Ended
December 31, 2021 and December 31, 2020
Consolidated Cash Flow Statement
12/31/2021
12 months
12/31/2020
12 months
GENEURO
Consolidated Cash Flow Statement
(in thousands of EUR)
Notes
Cash flow from operating activities
(6,817.7)
Net loss for the period
(8,962.3)
Adjusted by the reversal of:
9.8
290.3
88.8
(471.4)
614.5
-
3
4
11
11
9, 15
Amortization of intangible assets
8.2
353.6
248.0
Depreciation of property, plant and equipment
Change in provision for defined benefit obligation
Past service cost (credit) of defined benefit obligation
Share-based payment expense
1,470.8
17.7
Capital tax expense
(18.5)
-
3.3
15
Financial expense, net
Gains or loss resulting from the disposal of assets
Unwinding of advances
138.8
0.7
3.6
10
5
6
(15.9)
(1,039.2)
37.0
(Increase) / Decrease in Deposits
5.6
(Increase) / Decrease in Other current assets
Increase / (Decrease) in Trade payables and related accounts
Increase / (Decrease) in Other non-current liabilities
Increase / (Decrease) in Other current liabilities
Effect of lease modifications
526.0
(707.2)
(3.4)
(218.5)
(55.1)
(7,173.5)
7.7
540.4
-
12
(6,770.9)
Cash outflow from operating activities
Cash flow from investing activities
Acquisitions of intangible assets
Acquisitions of property, plant and equipment
Interest received on short term deposits
Cash outflow from investing activities
3
4
(3.2)
(40.4)
-
(1.9)
(21.4)
0.5
(43.6)
(22.8)
Cash flow from financing activities
Capital increase
Interest paid
Share capital increase costs paid
Repayment of lease liabilities
Repayment of advances
Purchase of treasury shares
Cash flow from financing activities
8
10
8
6,022.0
(13.8)
(400.9)
(197.8)
(32.5)
-
10,000.0
(259.8)
(1,168.7)
(327.8)
(15.0)
10
10
(80.0)
5,377.0
8,148.7
Increase / (Decrease) in cash
(1,437.5)
952.4
Cash & cash equivalents - beginning of period
Impact of exchange rate fluctuations
6,842.9
74.1
5,931.4
(40.9)
Cash & cash equivalents - end of period
5,479.5
6,842.9
The accompanying notes form an integral part of these consolidated financial statements
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GeNeuro SA – 2021 Universal Registration Document
Notes to the Consolidated Financial Statements
(Unless indicated otherwise, the amounts mentioned in these Notes are in thousands)
Note 1: Company overview
The following information constitutes the Notes to the consolidated financial statements and forms an integral part
of the consolidated financial statements presented for the financial years ended December 31, 2021 and 2020.
Each of these years covers a 12‐month period from January 1 to December 31.
Incorporated on January 31, 2006, GeNeuro SA (“GeNeuro”) is a clinical-stage biopharmaceutical Swiss limited
company (société anonyme) which develops therapies and companion-diagnostic tools. GeNeuro‘s mission is to
develop safe and effective treatments against neurological disorders and autoimmune diseases, such as multiple
sclerosis or type 1 diabetes, by neutralizing causal factors encoded by human endogenous retroviruses (“HERV”),
which represent 8% of the human DNA. This represents a novel therapeutic approach pioneered by GeNeuro since
2006, based on 15 years of R&D at Institut Mérieux and INSERM. GeNeuro’s lead therapeutic candidate,
temelimab, is a humanized monoclonal antibody that neutralizes a pathogenic HERV protein of the W family called
HERV-W ENV, or W-ENV that has been identified as a potential key factor in the onset and development of
autoimmune diseases such as multiple sclerosis (“MS”) where it has already completed Phase II clinical trials with
an excellent tolerability and safety. The Company has been listed on Euronext in Paris since April 18, 2016.
The Company’s registered office is at 3, chemin du Pré-Fleuri - CH-1228 Plan-les-Ouates - Geneva – Switzerland.
It has one subsidiary, GeNeuro Innovation SAS, which was established in France in 2009.
GNEH SAS, a subsidiary of Institut Mérieux in France, is the largest shareholder of the Company as at December
31, 2021, with a stake of 37.50% in the Company, compared to 36.46% at December 31, 2020.
GeNeuro is hereinafter referred to as “GeNeuro”, the “Company” or the “Group”.
Note 2: Significant accounting policies
2.1 Basis of preparation
Compliance with International Financial Reporting Standards
GeNeuro has prepared its financial statements, approved by the Board of Directors on March 31, 2022, in
accordance with International Financial Reporting Standards (IFRS) published by the International Accounting
Standards Board (IASB) as at the preparation date of the financial statements, for all the periods presented.
New standards, updates and interpretations adopted by the Group
There were no new standards or amendments adopted by the Group in 2021 which had a material impact on its
consolidated financial statements. In addition, there are no new standards and amendments published but not yet
effective that are expected to have a material impact on the consolidated financial statements of the Group.
During 2021, an April 2021 decision from the IFRS Interpretations Committee (“Attributing Benefit to Periods of
Service”) applied to Geneuro with respect to actuarial gains in relation to post employment benefit obligations. In
the previously reported financial statements, the method used consisted of measuring the commitment in
accordance with IAS 19 and then recognizing the expense on a straight-line basis over the employee's career within
the company. The commitment then corresponded to a pro-ration of the rights acquired by the employee at the time
of retirement. The IFRS Interpretations Committee decision of April 2021 must be applied when:
•
The granting of rights is conditional on presence in the company at the time of retirement (with loss of all
rights in the event of early departure),
•
The rights depend on seniority, but are capped after a certain number of years of seniority, with the cap
occurring, at least for some employees, well before retirement.
For French employees, the French pharmaceutical industry collective bargain agreement includes rights which are
capped after a certain number of years. As a result, the IFRS Interpretations Committee decision applies to the
French employees defined benefit plan, resulting in the employee benefit expense being spread over the relevant
period of service being rendered, which might be shorter than the entire career within the company. The application
of the IFRS IC Decision results in a decrease of €12.5K of the defined benefit obligation provision recognized as of
December 31, 2020.
Historical cost convention
The Group’s financial statements have been prepared in accordance with the historical cost convention, except with
respect to the plan assets included in the calculation of the defined benefit pension plan liability, which are measured
at fair value.
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GeNeuro SA – 2021 Universal Registration Document
Going concern
GeNeuro SA is a biopharmaceutical company at the clinical stage developing innovative therapeutics. The
Company is exposed to risks and uncertainties inherent in establishing and developing a business that are common
to early-stage companies in the biotechnology industry, including, but not limited to, development by competitors of
new technological innovations, dependence on key personnel, protection of proprietary technology, compliance
with government regulations and the ability to secure additional financing to fund operations. Product candidates
currently under development will require significant additional research and development efforts, including
preclinical and clinical testing and regulatory approval prior to commercialization. These efforts require significant
amounts of additional capital, adequate personnel and infrastructure and extensive compliance-reporting
capabilities. Even if the Company’s product development efforts are successful, it is uncertain when, if ever, the
Company will realize significant revenue from product sales.
The Company’s success may also depend on its ability to:
•
•
•
•
establish and maintain strong patent position and protection;
enter into collaborations with partners in the pharmaceutical industry;
acquire and retain key personnel;
acquire additional funding to support its operations.
The Company’s financial statements have been prepared on the basis of continuity of operations, realization of
assets and the satisfaction of liabilities and commitments in the ordinary course of business. Since its incorporation,
the Company has primarily funded its growth through issuances of shares, including the capital increases conducted
at the time of its initial public offering in 2016 and two private placements in January 2020 and July 2021; additional
funds provided by research collaborations and research tax credits (in France and Australia); and a Credit Facility
provided by its shareholder GNEH SAS in 2019, which was repaid by way of set-off through the capital increase of
January 2020. In addition, the Company was one of the four projects selected by the Swiss Federal Office for Public
Health (FOPH)’s Federal Funding Programme for COVID-19 Medicines, pursuant to which it may receive a grant
of 6.7 million Swiss francs (€6.4 million) to co-fund 50% of a Phase II clinical trial to treat patients with long-standing
COVID who exhibit severe neurological and psychiatric ("neuropsychiatric") symptoms.
The Company expects that its operating losses and negative cash flows will continue for the foreseeable future,
although it expects that negative cash flows will continue to decrease given the Company’s current level of activity.
The continuation of the Company’s clinical development requires the Company to raise additional funds; in the
absence of such new financing during the first half of 2022 and based on its current cash position, the Company
will implement its fallback operating plan, which includes a restructuring of its activities; on this basis, the Company
expects to be able to cover its cash outflows for at least twelve months from the date of these financial statements.
Hence, the financial statements have been prepared on a going concern basis.
The future viability of the Company beyond that date is dependent on its ability to raise additional capital to finance
its operations. The Company will seek additional funding through public financings, debt financings, collaboration
agreements, strategic alliances and licensing arrangements. The Company may not be able to obtain financing on
acceptable terms, or at all, and the Company may not be able to enter into collaborations or other arrangements.
The terms of any financing may adversely affect the holdings or the rights of the Company’s stockholders. If the
Company is unable to obtain funding, the Company could be required to delay, reduce or eliminate research and
development programs, product portfolio expansion, or future commercialization efforts, which could adversely
affect its business prospects.
Although management continues to pursue these plans, there is no assurance that the Company will be successful
in obtaining sufficient funding on terms acceptable to the Company to fund continuing operations, if at all.
Liquidity risk management is assessed in Note 20.
Consistency of accounting policies
The accounting policies applied are consistent with those applied for the preparation of the annual financial
statements as at December 31, 2020. There are no new standards, amendments or interpretations mandatory from
the beginning of the 2021 financial year that could have a significant impact on the financial statements of the
Group.
2.2 Consolidation methods
Subsidiaries are all the entities over which the Company has control. The Company controls an entity when it is
exposed to, or has rights to, variable returns from its involvement with the entity and has the ability to affect those
returns through its power over the entity. Subsidiaries are fully consolidated from the date on which the Company
acquires control. They are deconsolidated from the date on which control ceases.
Intra‐group transactions and balances are eliminated. The accounting policies of the subsidiaries have been aligned
with those of the Company.
As of the date of the publication of these consolidated financial statements, the Company had one subsidiary:
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GeNeuro SA – 2021 Universal Registration Document
•
GeNeuro Innovation SAS, 100% of the voting rights and interests held throughout the periods presented.
The Company previously held another wholly-owned subsidiary, GeNeuro Australia Pty Ltd, which has been
liquidated during the first half of 2021. Therefore, GeNeuro SA (parent company based in Switzerland) presents
consolidated financial statements that include the financial statements of its subsidiary GeNeuro Innovation SAS
for the fiscal years ended on December 31, 2020 and 2021.
2.3 Use of judgments and estimates
To prepare the financial statements in accordance with IFRS, the Company has made judgments and estimates
that could affect the amounts presented under assets and liabilities as at the reporting date, and the amounts
presented under income and expenses for the period.
Such estimates are made by the Company’s management based on the assumption of going concern and on the
information available at the time. These estimates are ongoing and are based on past experience as well as diverse
other factors judged to be reasonable and form the basis for the assessments of the book value of assets and
liabilities. The estimates may be revised if the circumstances on which they are based change or as a result of new
information. Actual results may differ significantly from such estimates if assumptions or conditions change.
The significant estimates or judgments made by the Company relate to the following in particular:
•
Measurement of stock-options issued to employees, executives and external service providers:
o
The fair‐value measurement of share‐based payments is based on the Black & Scholes option
valuation model which makes assumptions about complex and subjective variables. These
variables notably include the value of the Company’s shares, the expected volatility of the share
price over the lifetime of the instrument, and the present and future behaviour of the holders of
those instruments. There is a high inherent risk of subjectivity when using an option valuation
model to measure the fair value of share‐based payments in accordance with IFRS 2.
The valuation assumptions adopted are disclosed in Note 9.
o
•
Defined benefit plans:
o
Defined benefit schemes are recognized in the statement of financial position based on an
actuarial valuation of the obligations at period‐end, minus the fair value of the scheme assets.
This valuation is determined using the projected unit credit method, taking into account staff
turnover, mortality probability and actuarial assumptions based on management estimates.
The valuation assumptions adopted are disclosed in Note 11.
o
2.4 Foreign currency translation
Functional currency
Items included in the financial statements of each of the group’s entities are measured using the currency of the
primary economic environment in which the entity operates (‘the functional currency’).
The consolidated financial statements are presented in Euros, which is the presentation currency of the group and
the functional currency of GeNeuro SA.
Reporting currency
The Group uses the euro (EUR or €) as the reporting currency for its consolidated financial statements.
Transactions and balances
Transactions in foreign currencies are initially recorded by the Group’s entities at their respective functional currency
spot rates at the date the transaction first qualifies for recognition.
Group companies
The financial statements of GeNeuro Australia Pty Ltd, whose functional currency was the Australian dollar and not
the euro, were translated as follows:
•
Statement of financial position items (excluding shareholders’ equity) are translated at the year-end closing
rate;
•
•
Income statement items are translated at the average annual rate;
Equity items are translated at the historical rate.
The exchange differences arising on translation for consolidation are recognized in other comprehensive income.
The exchange rates used for the preparation of the consolidated financial statements were as follows:
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GeNeuro SA – 2021 Universal Registration Document
12/31/2020
Exchange rate (AUD per EUR)
Average rate
1.6549
Closing rate
1.5896
Australian dollar (AUD)
Based on exchange rates provided by Banque de France
2.5 Distinction between current and non-current
In its statement of financial position, the Group makes a distinction between current and non-current assets and
liabilities.
The following rules were applied to distinguish current from non‐current items:
•
•
assets and liabilities constituting working capital circulating in the normal course of business are classified
as "current";
assets and liabilities not being turned over in the normal course of business are presented as “current” or
“non-current” depending on whether their maturity is longer or shorter than one year from the balance
sheet date.
2.6 Intangible assets
Research and development expenses
Research and development costs are recognized as expenses when they are incurred. Costs incurred on
development projects are recognized as intangible assets when the following criteria are fulfilled:
•
•
•
•
•
it is technically feasible to complete the intangible asset so that it will be available for use or sale;
management intends to complete the intangible asset and use or sell it;
there is an ability to use or sell the intangible asset;
it can be demonstrated how the intangible asset will generate probable future economic benefits;
adequate technical, financial and other resources to complete the development and to use or sell the
intangible asset are available;
•
the expenditure attributable to the intangible asset during its development can be reliably measured.
The development projects undertaken by the Group are subject to technical, regulatory and other uncertainties,
such that, in the opinion of management, the criteria for capitalisation as intangible assets are not met prior to
obtaining marketing approval by the regulatory authorities in major markets.
As a result, internal development expenses incurred (mainly consisting of the cost of preclinical experiments, clinical
trials and production cost of temelimab) are recognized under research and development (“R&D”) expenses at the
point that they are incurred.
Licenses
Licenses acquired by the Company to access intellectual property are recognized under intangible assets. The
amortization of such licenses over their useful lives shall start upon marketing approval of the related products.
Contingent payments
The acquisition of certain intangible assets, mainly licenses, may involve additional payments contingent on the
occurrence of specific events or milestones. Unless the Group already has a present obligation to make the payment
at a future date, the initial measurement of the intangible asset does not include such contingent payments. Instead,
such payments are subsequently capitalized as intangible assets when the contingency or milestone occurs.
Software
Software license acquisition costs are recognized as assets on the basis of the costs incurred in acquiring them
and in making the software concerned operational.
Amortization
Amortization is calculated using the straight‐line method to spread the cost over the estimated useful life,
specifically:
Items
Amortization period
Software
1 to 5 years
Amortization expense is recognized in the income statement under “General and administrative expenses”.
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GeNeuro SA – 2021 Universal Registration Document
2.7 Property, plant and equipment
Property, plant and equipment are stated at their acquisition cost less accumulated depreciation.
Depreciation is calculated on a straight-line basis over the estimated useful life of the asset.
The following depreciation periods are used:
Items
Depreciation period
Office and computer equipment
3 to 5 years
Laboratory equipment
General facilities, fixtures and fittings
3 to 5 years
5 years
Buildings (Right of use)
Duration of lease
The depreciation expense for property, plant and equipment is recognized in the income statement under:
•
•
“General and administrative expenses” for depreciation of general facilities, fixtures and fittings; office and
computer equipment;
“Research and development expenses” for laboratory equipment.
2.8 Lease agreements
Since January 1, 2019, the Group applies IFRS 16 “Leases” for lease agreements and has elected to use the
exemption proposed by the standard on lease contracts for which the lease terms end within 12 months as of the
date of initial application; and to exclude the low-value assets (with an individual value in USD of less than 5’000
when new). In applying the new standard, a lessee determines each lease’s term including any lessee’s extension
or termination option that is deemed reasonably certain. The assessment of such options is performed as of the
commencement of each lease and requires judgment by management.
As per IFRS 16, lessees must remeasure the lease liability upon the occurrence of certain events (e.g., a change
in the lease term, a change in future lease payments resulting from a change in an index or rate used to determine
those payments). The lessee generally recognizes the amount of the remeasurement of the lease liability as an
adjustment to the right-of-use asset.
At the inception of the lease a right-of-use asset and a lease liability are recognized in the balance sheet. The asset
is initially measured at the amount of the lease liability plus any initial direct costs incurred.
The lease liability is initially measured at the present value of the lease payments payable over the lease term,
including variable lease payments depending on an index at the commencement date and the exercise price of
purchase options if it is reasonably certain that the option will be exercised. The lease liability is discounted at the
rate implicit in the lease. If that rate cannot readily be determined the incremental borrowing rate is used. Lease
liabilities are subsequently re-measured to reflect possible changes in the lease terms. Right-of-use assets are
depreciated over of the duration of the lease contract including contractually agreed optional extension periods,
whose exercise are deemed to be reasonably certain. The depreciation is recognized in operating income. The
unwinding of the discounting effect is included in the financial expense. Lease payments are accounted for as a
repayment of the lease liability. Expenses for lease contracts for objects with a value of less than USD 5 thousand
and lease contracts with a duration of up to twelve months are recognized directly in the income statement.
2.9 Recoverable value of non-current assets
Non-current assets that are not yet being amortized or depreciated, such as licenses, are tested for impairment at
the end of the period in which they are acquired and subsequently annually, and whenever events or changes in
circumstances indicate that the carrying amount may not be recoverable.
Non-current assets that are subject to amortization or depreciation are subjected to an impairment test whenever
an internal or external factor indicates that an asset may have lost value.
Impairment is recognized when the book value of an asset exceeds its estimated recoverable value. The
recoverable value of an asset is its fair value less selling costs, or its value in use, whichever is higher.
Any impairment charge is recognized in the income statement under the same category as the amortization or
depreciation of the same asset.
2.10 Financial assets
The Group’s financial assets are classified into two categories depending on their nature and the purpose for which
they are held:
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GeNeuro SA – 2021 Universal Registration Document
•
•
financial assets at fair value through profit or loss;
financial assets at amortized cost.
At initial recognition, the Group measures a financial asset at its fair value plus, in the case of a financial asset not
at fair value through profit or loss, transaction costs that are directly attributable to the acquisition of the financial
asset.
All purchases and sales of financial assets are recognized on the settlement date.
Financial assets are derecognized when the rights to receive cash flows from the investments have expired or have
been transferred and the Group has transferred substantially all risks and rewards of ownership.
Financial assets at fair value through profit or loss
Financial assets at fair value through profit or loss consist of currency derivatives and are presented in current
financial assets.
Gains or losses arising from changes in the fair value of the “financial assets at fair value through profit or loss”
category are presented in the income statement within “Financial income (loss)” in the period in which they arise.
The Group may opt to classify other assets within this category.
Financial assets at amortized cost
This category includes other assets (refer to Note 6) and other financial assets (refer to Notes 5 and 7).
Other assets are initially recognized at fair value and subsequently measured at amortized cost using the effective
interest rate method. A provision for impairment of receivables is established when there is objective evidence that
the Group will not be able to collect all amounts due according to the original terms of the invoice. The amount of
the provision is the difference between the carrying amount and the recoverable amount and is recognized in the
income statement.
Non‐current financial assets include the cash reserve linked to the liquidity contract (Refer to Note 5). These are
non‐derivative financial assets with fixed or determinable payments that are not listed on an active market.
2.11 Cash and cash equivalents
Cash and cash equivalents recognized in the statement of financial position include cash positions at banks and
cash at hand.
Term deposits with an initial maturity of less than three months are classified as cash equivalent. Cash equivalents
are held for trading purposes, easily convertible into a known amount of cash and exposed to negligible risk that
they will change in value.
For cash flow statement purposes, net cash consists of cash and cash equivalents as defined above.
2.12 Fair value of financial instruments
The nominal values of trade receivables and trade payables are considered to approximate to their fair values,
given the very short payment maturities of these receivables. The same principle applies to other receivables and
other current liabilities.
The Company has established three categories of financial instruments depending on their valuation methods and
uses this classification to disclose some of the information required by IFRS 7:
•
•
•
Level 1: financial instruments listed on an active market;
Level 2: financial instruments whose valuation methods rely on observable inputs;
Level 3: financial instruments whose valuation methods rely entirely or partly on unobservable inputs, an
unobservable input being defined as one whose measurement relies on assumptions or correlations that
are not based on the prices of observable market transactions for a given instrument or on observable
market data on the valuation date.
At December 31, 2020 and December 31, 2021, there were no instruments held by the Company recognized at fair
value through profit and loss.
2.13 Public subsidies receivable
The Company benefits from public subsidies and grants as disclosed below.
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GeNeuro SA – 2021 Universal Registration Document
Subsidies and grants
Grants received from public entities to subsidize certain types of expenditure are recognized when there is
reasonable assurance that the entity will comply with the conditions attached to obtaining the grants. They are
recognized as a reduction in the related expenditure, in this case research and development (R&D) expenses.
Research tax credits
The Group receives certain specific project-related research tax credits that are granted to companies incorporated
in France as an incentive for technical and scientific research. Companies with expenses that meet the eligibility
criteria receive a tax credit that (i) can offset against corporate income tax due in the year in which it is granted, as
well as in the following three financial years, or, (ii) under certain circumstances, can be paid to the Company.
The Group considers the research tax credits received from the French tax authorities as government grants as the
tax credits are received independently from tax payments of the Group. The Group recognizes these credits in the
consolidated statement of financial position within other current receivables given the expected time of collection
and reasonable assurance of the collectability, and in the consolidated income statement under research and
development subsidies. The credits are recognized in the year in which the eligible expenses giving rise to the tax
credit are incurred.
Forgivable loan
Based on the terms of the subsidy contract entered into with the FOPH, GeNeuro considers that it has received a
forgivable conditional loan from the FOPH, as defined in IAS 20, and that it has accordingly benefitted from a
government loan at a below-market rate. Accordingly, it considers the amount to be received as of Dec. 31, 2021
as a liability. Under IAS 20, since the conditional loan does not bear annual interest, it is treated as an interest-free
loan for the Company (i.e. under conditions more favorable than market rates), and the difference between the
amount of the advance at historical cost and the advance discounted at market rates is considered as a public
grant.
2.14 Receivables and other current assets
Receivables are initially recognized at fair value and subsequently measured at amortized cost.
A provision for impairment is established when there is objective evidence that the Company will not be able to
collect all amounts due according to the original terms of the invoice. The amount of the provision is the difference
between the carrying amount and the recoverable amount and is recognized in the income statement.
Other receivables include the nominal values of research tax credits, which are recognized in assets in the year
when the eligible expenses giving rise to the tax credit are incurred.
The Group applies the IFRS 9 simplified approach to measuring expected credit losses which uses a lifetime
expected loss allowance for all trade receivables and contract assets.
2.15 Capital
Classification as equity depends on specific analysis of the characteristics of each instrument issued. Ordinary
shares are classified under Shareholders’ Equity.
Costs directly attributable to the issue of shares in a capital increase or in a capital increase as part of an initial
public offering project, are recognized, net of tax, as a deduction from equity. Refer to Note 8.
2.16 Treasury shares
In accordance with IAS 32, GeNeuro treasury shares are deducted from equity, irrespective of the purpose for which
they are held. No gain or loss is recognized in the income statement on the purchase, sale or cancellation of treasury
shares.
2.17 Share-based payments
Since its incorporation, the Company has implemented a compensation plan settled in equity instruments in the
form of stock-options allocated to certain employees.
In accordance with IFRS 2, the cost of transactions settled in equity instruments is charged to expenses in the
period in which the rights to benefit from the equity instruments are acquired, and a corresponding amount is
credited to equity. The Company has applied IFRS 2 in accounting for all equity instruments granted to employees
and Board members, as well as for all capital increases not open to all existing shareholders.
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GeNeuro SA – 2021 Universal Registration Document
The fair value of the stock-options granted to employees is measured using the Black & Scholes option valuation
model.
All assumptions used in measuring the value of such plans are disclosed in Note 9.
2.18 Provisions
Provisions are recognized for litigation and other risks when the Group has an obligation to a third party resulting
from a past event, it is probable that there will be an outflow of resources to settle the obligation and the future
outflow of resources can be reliably estimated. The amount recognized in provisions is the estimated expense
necessary to extinguish the obligation, discounted if necessary at period‐end.
2.19 Employee benefit obligations
The Group provides retirement, death and disability benefits to its employees in line with local customs and
requirements through pension payments to Social Security bodies, which are funded by Company and employee
contributions in Switzerland and France, the two countries where the Company operates.
The Group also provides retirement, death and disability benefits to its Swiss and French employees through the
following defined benefit scheme plans as follows:
•
Swiss employees of the Company are members of a compulsory company-wide defined benefit scheme
through a plan which is funded through employer (50%) and employee (50%) contributions to “La Bâloise”,
a Switzerland-based multi-employer plan (foundation). For the purpose of calculating contributions under
this plan, salaries are capped at CHF 150K (approximately € 145K). This company-wide plan has been in
place since the inception of the Company and all Swiss employees of the Company are eligible for its
benefits. In addition, from January 1, 2018, the Company has implemented an additional pension benefit
plan for its executive management to cover the portion of their salary in excess of CHF 150K
(approximately € 145K). All Swiss executive managers of the Company are eligible for its benefits; this
plan is funded through employer (60%) and employee (40%) contributions to “La Bâloise”. On retirement,
each plan participant will receive his / her accumulated savings, which consist of all contributions paid in
by the employer and the employee (net of any withdrawals) and the interest granted on those savings, at
a rate which is fixed by the law up to a certain minimum level and at the discretion of the Council of the
Foundation thereafter. At the age of retirement, the plan participant has the right to choose between a
lump-sum payment or an annuity, or a combination thereof.
•
For French employees, the Company provides a retirement indemnity, through the payment by the
Company of a lump sum upon retirement.
Pension plans, similar compensation and other employee benefits that qualify as defined benefit schemes (in which
the Company guarantees an amount or defined level of benefits) are recognized in the statement of financial
position on the basis of an actuarial valuation of the scheme obligations at period‐end, minus the fair value of the
scheme assets.
The defined benefit obligations are calculated annually by independent actuaries using the projected unit credit
method, taking into account staff turnover and mortality probability. The present value of the defined benefit
obligation is determined by discounting the estimated future cash outflows using the interest rate of high-quality
corporate bonds that are denominated in the currency in which the benefits will be paid and that have terms to
maturity approximating the terms of the related pension liability.
Current and past services as well as the net interest on the defined benefit obligation are recognized in the income
statement in the period in which they are incurred, and are presented as part of payroll expenses in the income
statement. Re-measurements of the defined benefit pension plans are recognized in other comprehensive income.
2.20 Financial liabilities
Financial liabilities are split into two categories and include:
•
•
financial liabilities recognized at amortized cost;
financial liabilities recognized at fair value through profit or loss.
Financial liabilities recognized at amortized cost
The Group’s financial liabilities consist of other payables and accruals which are classified as liabilities at amortized
cost according to IFRS 9.
Borrowings and other financial liabilities are initially recognized at fair value and subsequently measured at
amortized cost using the effective interest rate method. The “less than 1 year” component of financial liabilities is
presented under “current financial liabilities”.
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Amortized cost is calculated by taking into account any discount or premium on acquisition and fees or costs that
are an integral part of the effective interest rate. The effective interest rate amortization is included within finance
costs in the income statement.
This category generally applies to interest-bearing loans and borrowings.
2.21 Income tax
Current income tax assets and liabilities are amounts expected to be recovered from or paid to the tax authorities.
The tax rates and tax laws used to compute the amount are those that are enacted or substantively enacted at the
reporting date in the countries where the Group operates and generates taxable income.
Deferred taxes
Deferred taxes are calculated using the liability method on temporary differences between the tax bases of assets
and liabilities and their carrying amounts for financial reporting purposes at the reporting date.
The main temporary differences relate to losses carried forward.
Deferred tax assets are recognized for all deductible temporary differences, the carry forward of unused tax credits
and any unused tax losses. Deferred tax assets are recognized to the extent that it is probable that taxable profit
will be available against which the deductible temporary differences and the carry forward of unused tax credits and
unused tax losses can be utilized.
The carrying amount of deferred tax assets is reviewed at each reporting date and reduced to the extent that it is
no longer probable that sufficient taxable profit will be available to allow all or part of the deferred tax asset to be
utilized. Unrecognized deferred tax assets are re-assessed at each reporting date and are recognized to the extent
that it has become probable that future taxable profits will allow the deferred tax asset to be recovered.
Deferred tax assets and liabilities are measured at the tax rates that are expected to apply in the year when the
asset is realized or the liability is settled, based on tax rates (and tax laws) that have been enacted or substantively
enacted at the reporting date.
Withholding taxes
Withholding taxes which are estimated to be not recoverable are recognized as an expense in the income
statement. No amounts have been expensed due to non-recoverability in the years ended December 31, 2020 and
December 31, 2021.
2.22 Information by segment
The Group operates in only one activity segment, the research and development of pharmaceutical products, with
the objective to market such products subject to the success of the development phases and the obtention of the
required regulatory approvals. The Chief Executive Officer (“CEO”) of the Company reviews the consolidated
statement of operations of the Group on an aggregated basis and manages the operations of the Group as a single
operating segment.
The Group currently generates no revenue from the sales of pharmaceutical products.
The geographical analysis of non-current assets is as follows:
(Amounts in thousands of EUR)
As at December 31,
2021
2020
Switzerland
France
Australia
2,520.9
148.6
n.a.
2,630.2
217.8
-
Total non-current assets
2,669.5
2,848.0
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GeNeuro SA – 2021 Universal Registration Document
The geographical analysis of operating expenses and subsidies is as follows:
Operating expenses
As at December 31,
2021
Subsidies
As at December 31,
2021
-
1,173.5
n.a.
(Amounts in thousands of EUR)
2020
2020
Switzerland
France
Australia
4,336.5
3,202.7
n.a.
5,347.9
2,659.7
7.5
-
556.0
-
Total operating expenses
7,539.2
8,015.1
1,173.5
556.0
2.23 Presentation of the Income Statement
The Group presents its income statement by function. The nature of the expenses presented in the income
statement by function is disclosed in Note 14 of the Notes to the financial statements.
Financial income (expenses), net, includes mainly:
•
•
expenses related to the financing of the Group;
foreign exchange gains or losses.
2.24 Earnings per share
Basic earnings per share are calculated by dividing the net income attributable to Company shareholders by the
weighted average number of shares outstanding during the financial year.
Diluted earnings per share are calculated by adjusting the net income attributable to the holders of ordinary shares
and the weighted average number of the ordinary shares in circulation by the effects of all the potential dilutive
ordinary shares.
If, when calculating diluted earnings per share, the inclusion of instruments giving deferred access to capital (stock-
options) creates an anti‐dilutive effect, those instruments are not taken into account. Refer to Note 17.
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GeNeuro SA – 2021 Universal Registration Document
Note 3: Intangible assets
Intangible assets consist of license and software assets.
INTANGIBLE ASSETS
(Amounts in thousands of EUR)
GROSS VALUE
Statement of financial position at 31 December 2019
License
1,139.8
Software
66.7
Total
1,206.5
Additions
Disposals
-
-
1.9
(8.9)
59.7
3.2
1.9
(8.9)
1,199.5
3.2
Statement of financial position at 31 December 2020
Additions
Disposals
1,139.8
-
-
-
-
Statement of financial position at 31 December 2021
1,139.8
62.9
1,202.7
ACCUMULATED AMORTIZATION
Statement of financial position at 31 December 2019
Increase
Decrease
Statement of financial position at 31 December 2020
Increase
Decrease
-
-
-
-
-
-
-
51.4
8.2
(8.9)
50.7
9.8
51.4
8.2
(8.9)
50.7
9.8
-
-
Statement of financial position at 31 December 2021
60.5
60.5
NET BOOK VALUE
At 31 December 2019
At 31 December 2020
At 31 December 2021
1,139.8
1,139.8
1,139.8
15.3
9.0
2.4
1,155.1
1,148.8
1,142.2
Pursuant to the Exclusive License Agreement entered into with bioMérieux in 2006 and to the Exclusive License
Agreement on Companion Diagnostic signed with bioMérieux in 2015, the Group became liable in 2016 to make
milestone payments of € 957K relating to the launch of a phase IIb clinical trial, of which € 907K was paid during
2016 and € 50K was paid during 2017.
Pursuant to an Exclusive License Agreement entered into with the National Institute of Neurological Disorders and
Stroke (NINDS), part of the U.S. National Institutes of Health (NIH), in October 2018, the Company made an up-
front payment of USD 50K (€ 44.2K).
Neither of these licenses is currently amortized as the marketing approval for the relevant products has not yet been
obtained.
The Group performed an assessment of its licenses in the context of its annual impairment test. Given the stage of
the Group’s development activities, the Group concluded that there was no appropriate manner to assess the “Value
in use” (VIU) of the intangible assets, as the future cash flows that could be derived from the intangible assets
cannot at this stage be reliably assessed.
Given this early stage, the group has performed the impairment test collectively on the basis of the market
capitalisation for the entire group of €79.2 million at December 31, 2021, less the value of its tangible assets of
€11.4 million. The valuation is considered to be Level 1 in the fair value hierarchy. The Group concluded that no
impairment was required under the provisions of IAS 36.
The Group’s product candidates related to these licences were additionally assessed for impairment by considering
their probability of success. This assessment included reviews of the following:
•
•
•
Historic investments on the clinical trials, future contractual commitments and internal budgets approved
by the Board of Directors for ongoing and future trials;
Consideration of progress of clinical trials, including obtaining primary endpoint readout data, discussions
with regulatory authorities for new trials and enrolment status for ongoing clinical trials;
Consideration of market potential supported where available by external market studies, and assessments
of competitor products and product candidates.
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GeNeuro SA – 2021 Universal Registration Document
Note 4: Property, plant and equipment
Property plant and equipment consist mainly of laboratory equipment, leasehold improvements and IT equipment.
PROPERTY, PLANT AND
EQUIPMENT
(Amounts in thousands of EUR)
Office and Office and
computer computer
equipment, equipment
furniture (right of use)
Buildings Machinery Fixtures
Vehicles
(right of
use)
(right of
use)
and
and
Total
equipment fittings
GROSS VALUE
Statement of financial position
at December 31, 2019
Additions
Modifications (1)
Disposals
861.0
165.0
987.7
268.5
1.8
33.2
13.7
-
223.7
5.9
4.1
16.0
1,406.5
186.4
987.7
-
-
-
-
-
-
-
-
(140.7)
(44.3)
(5.5)
(17.1)
(207.6)
Statement of financial position
at December 31, 2020
Additions
1,873.0
226.0
26.0
-
41.4
14.4
-
212.5
4.1
8.4
(4.3)
16.0
18.7
(15.9)
2,373.0
67.5
(20.2)
-
-
-
-
Disposals
Statement of financial position
at December 31, 2021
1,873.0
252.0
55.8
212.5
8.2
18.8
2,420.3
ACCUMULATED DEPRECIATION
Statement of financial position
at December 31, 2019
Increase
295.1
296.8
(75.6)
234.2
10.9
(44.2)
16.7
5.9
(4.3)
175.2
22.2
(17.1)
1.2
1.2
-
6.6
6.2
-
729.0
343.2
(141.2)
Disposals
Statement of financial position
at December 31, 2020
Increase
516.3
240.6
-
200.9
13.5
-
18.3
10.6
-
180.3
21.0
-
2.4
1.1
(3.5)
12.8
3.5
(15.9)
931.0
290.3
(19.4)
Disposals
Statement of financial position
at December 31, 2021
756.9
214.4
28.9
201.3
-
0.4
1,201.9
NET BOOK VALUE
At December 31, 2019
At December 31, 2020
At December 31, 2021
565.9
1,356.7
1,116.1
34.3
25.1
37.6
16.5
23.1
26.9
48.5
32.2
11.2
2.9
1.7
8.2
9.4
3.2
18.4
677.5
1,442.0
1,218.4
(1): on December 1, 2020, the Company extended the term of the lease for its Geneva headquarters, resulting in
an adjustment to the value of the right-of-use asset and the corresponding liability.
No impairment was required under the provisions of IAS 36.
Note 5: Financial assets
FINANCIAL ASSETS
(Amounts in thousands of EUR)
12/31/2021
118.6
12/31/2020
74.9
Liquidity contract
Deposits
190.3
182.3
308.9
257.2
Non-current financial assets
Non-current financial assets include the cash reserve related to the liquidity contract entered into following the initial
public offering of the Company in April 2016 (refer to Note 7), and a bank security deposit related to the lease of
the Company’s premises. No impairment was required under the provisions of IAS 36.
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Note 6: Other current assets
OTHER CURRENT ASSETS
(Amounts in thousands of EUR)
12/31/2021
1,007.0
12/31/2020
553.9
Research Tax Credits (1)
Value Added Tax
66.4
159.6
70.0
59.6
55.2
80.3
70.7
0.2
Social and tax receivables
Prepaid expenses
Advance payments (2)
Other (3)
96.1
2,991.5
4,390.6
819.9
Total other current assets
(1) Research tax credits (RTC)
GeNeuro Innovation SAS has been granted RTCs pursuant to the provisions of articles 244 quater B and 49 septies
F of the French General Tax Code. Amounts due from RTCs are recognized as receivables and result in a
corresponding reduction in expense in the period that the qualifying expenses were made. RTCs are settled in cash
in the following year. In 2020 the Group recognized € 554K, net (€ 583K, gross before provision), in French RTCs;
the full gross amount of € 583K was reimbursed in the third quarter of 2021. In 2021, the Group recognized € 1,007K
in French RTCs, which is expected to be reimbursed in the third quarter of 2022.
(2) Advance payments
Advance payments comprise payments made to service providers involved with the Company’s clinical trials.
(3) Other
In December 2021, the Company entered into a “Subsidy Contract” with the Swiss Federal Office for Public Health
(FOPH”) pursuant to the Swiss “Federal Funding Programme for COVID-19 Medicines”. Under the Subsidy
Contract, GeNeuro may receive a grant of 6.7 million Swiss francs (€6.4 million) to co-fund 50% of a Phase II clinical
trial to treat patients with long-standing COVID who exhibit severe neurological and psychiatric ("neuropsychiatric")
symptoms. As provided for under the Subsidy Contract, the Company invoiced the FOPH CHF 3,090K (€ 2,991K)
for the instalment payment, which amount is included within the “Other” receivables as of December 31, 2021. See
also Note 10.2.
Note 7: Financial assets and liabilities and impact on income statement
The Group’s assets and liabilities are measured as follows for each year:
Value - Statement of financial position as
12/31/2021
(Amounts in thousands of EUR)
Statement of financial position
per IFRS 9
Fair value
through
OCI
Carrying Amount
of Financial
Position
Fair value
through profit
and loss
Amortized
cost
Fair value
Other non-current financial assets
Cash and cash equivalents
Total Assets
308.9
5,479.5
5,788.4
3,537.3
11.1
308.9
5,479.5
5,788.4
3,537.3
11.1
-
-
308.9
5,479.5
5,788.4
3,537.3
11.1
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Non-current financial liabilities
Other non-current liabilities
Current financial liabilities
Trade payables
363.0
363.0
363.0
581.4
581.4
581.4
Other current liabilities
Total Liabilities
2,034.5
6,527.3
2,034.5
6,527.3
2,034.5
6,527.3
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GeNeuro SA – 2021 Universal Registration Document
12/31/2020
Value - Statement of financial position
as per IFRS 9
(Amounts in thousands of EUR)
Statement of financial position
Carrying Amount of
Financial Position
Fair value
Fair value
through profit
and loss
Fair value Amortized
through
OCI
cost
Other non-current financial assets
Cash and cash equivalents
Total Assets
257.2
6,842.9
7,100.1
1,273.4
3.4
257.2
6,842.9
7,100.1
1,273.4
3.4
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
257.2
6,842.9
7,100.1
1,273.4
3.4
Non-current financial liabilities
Other non-current liabilities
Current financial liabilities
Trade payables
293.3
293.3
293.3
540.4
540.4
540.4
Other current liabilities
Total Liabilities
1,494.0
3,604.5
1,494.0
3,604.5
1,494.0
3,604.5
Note 8: Capital
COMPOSITION OF SHARE CAPITAL
(number of shares)
Common bearer shares
Total
12/31/2021
12/31/2020
22,320,777
22,320,777
20,590,319
20,590,319
Nominal value (in CHF)
0.05 CHF
0.05 CHF
Approximate nominal value (in EUR)
0.04 €
This number of shares excludes stock options granted to certain employees, directors and consultants that have
not yet been exercized.
Share capital
On July 13, 2021, the Company completed a €6.0 million capital increase through an international private placement
only to certain qualified and institutional investors. Accordingly, at December 31, 2021, the Company’s share capital
amounted to € 972.0K (CHF 1,116.0K, converted into euros at the applicable historical exchange rates) and was
divided into 22,320,777 common bearer shares with a nominal value of CHF 0.05. All shares are fully paid up.
Because the July 2021 capital increase was not open to all existing shareholders but was restricted to certain
selected institutional investors, pursuant to IFRS 2 the difference (discount) between the share price prior to the
capital increase (€3.48 per share) and the actual issue price (€3.75 per share) is considered a share based payment,
resulting in a charge of €467K, accounted for within financial expenses, with a corresponding amount added to
reserves within shareholders’ equity.
Authorized capital
Following the May 27, 2020, shareholders’ meeting, the authorized capital amounted to 10,295,159 bearer shares
of CHF 0.05 nominal value each, which was reduced as a result of the July 2021 capital increase to 8,564,701
bearer shares each with a nominal value of CHF 0.05. The approval for this authorized capital lapses on May 27,
2022.
Conditional capital
Following the April 14, 2016, shareholders’ meeting, the “part I” conditional capital includes 2,198,717 bearer shares
of CHF 0.05 nominal value, to be issued upon exercise of stock options granted to employees, directors and
consultants in the context of an incentive plan.
Following the May 24, 2019, shareholders’ meeting, the “part II” conditional capital comprises 5,130,141 bearer
shares of CHF 0.05 nominal value, to be issued upon exercise of stock options or conversion rights granted to
shareholders or strategic partners or linked to loans or similar bond issues.
Capital management
Following its initial public offering on Euronext Paris, the Company entered in May 2016 into a liquidity contract with
the Gilbert Dupont brokerage house in Paris, in order to reduce the share price’s intra day volatility.
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GeNeuro SA – 2021 Universal Registration Document
In this context, in 2016 the Company provided € 750K to this broker to enable it to buy and sell the Company’s
shares. The share of the contract that is invested in treasury shares by this broker is accounted for as a reduction
in the Company’s consolidated equity. The Company can terminate the contract at any time. Pursuant to this
contract, 80,023 treasury shares were accounted for as a reduction in shareholders’ equity as of December 31,
2021 (93,645 shares as of December 31, 2020). Results from the sale of such treasury shares are also directly
applied to shareholders’ equity.
MOVEMENT OF LIQUIDITY ACCOUNT
Initial balance (thousands of shares)
Shares purchased (thousands of shares)
12/31/2021
93.7
12/31/2020
84.9
247.1
128.3
Shares sold (thousands of shares)
Year-end balance (thousands of shares)
(260.8)
80.0
(119.5)
93.7
Purchases of shares (thousands of EUR)
934.2
397.4
Sales of shares (thousands of EUR)
Net movement of liquidity contract (thousands of EUR)
(977.9)
(43.7)
(374.7)
22.7
Dividends
The Company has paid no dividends in the financial years ended December 31, 2020 and 2021.
Note 9: Stock options and common shares granted as part of an incentive plan
Share awards to directors
Holders of ordinary shares that were obtained as part of an incentive plan created for two board members (11/2015
plan) were subject to a restriction period during which the shares could not be transferred, this restriction being
lifted by 25% every twelve months; as a result, this restriction was fully lifted on November 18, 2019.
Upon termination of each director’s service, the Company has no present obligation to repurchase or settle the
shares in cash.
Stock options
The Company has issued stock options as part of an equity incentive plan.
During the first six months of 2020, the Board of Directors agreed to extend the maturity of stock options granted
to employees in 2010. Out of the original 123’000 options, 45’000 options remained outstanding, with an exercise
price per share of CHF 4 (approximately €3.64), and an initial maturity date on April 16, 2020; following the Board
of Directors’s decision, the maturity was extended until April 16, 2022.
Options granted pursuant to Performance Share Option Units (“PSOU”)
From 2016 to 2018, the Company has granted Performance Share Option Units (“PSOU”) to its management.
PSOUs enable the beneficiaries, under conditions of vesting (service period) and non-market performance
conditions, to be awarded stock options. The service period condition ended on December 31, 2018; following this
and based on the achievement of each recipient’s performance conditions, the Board of Directors determined on
February 27, 2019, for each recipient the actual number of stock options to be awarded in replacement of the
PSOUs originally granted; this number varied between 95% and 107% of the initial grant of PSOUs. Stock options
thus awarded may be exercized during the five years until February 27, 2024. All vested options not exercized in
the 30-day period following the departure (within the validity period of the options) are cancelled. The Group has no
legal or constructive obligation to repurchase or settle any of the stock options in cash.
Share purchase options
In 2017 and 2018, the Company has granted its employees and management share purchase options under an
equity incentive plan. The share purchase options vest, without performance conditions, in the following tranches:
-
for the 2017 and February 2018 options, over three years as follows: one third on the first anniversary of
their grant date, and then one sixth every six months thereafter. They may then be exercized during the
five years following the end of the vesting period.
For the September 2018 options: over four years as follows: 25% on the first anniversary of their grant
date, and then 12.5% every six months thereafter. They may then be exercized during the ten years
following the end of the vesting period. The September 2018 Option plan was communicated to employees
in September 2018 whereas the actual exercise price and number of options was determined by the Board
of Directors on February 27, 2019 (start of the vesting period); due to the plan having been communicated
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GeNeuro SA – 2021 Universal Registration Document
to employees during 2018, the economic value of the Loyalty Bonus Options is considered to be part of
the 2018 compensation.
In addition, a new stock option plan was implemented during the first half of 2020:
2020 Share purchase options
The Company has granted share purchase options under an equity incentive plan. The share purchase options
vest on a staggered basis: one fourth on the first anniversary of their grant date, and then one eighth every six
months thereafter. They may then be exercised during the six years following the end of the vesting period. In 2020,
the Company granted a total of 151,500 stock options with an exercise price of €3.34 per share and 30,000 stock
options with an exercise price of €2.95 per share. In 2021, the Company granted a total of 184,800 stock options
with an exercise price of €3.19 per share.
All vested options not exercized in the 12 month-period following the departure (within the validity period of the
options) are cancelled. The Group has no legal or constructive obligation to repurchase or settle any of the stock
options in cash.
The following tables summarize the assumptions adopted in the IFRS 2 valuation:
Number of
options
issued /
Shares
granted with
a restriction
period
Fair
value at
grant
date per
option /
share
Market
price
at time
of
Risk-
free
rate
Exercise
price
Exercise Vesting
Allocation date
Volatility
period
period
grant
4.00
CHF
4.00
Stock-options 04/2010
Stock-options 04/2013
123,000
3,000
N/A
N/A
12 years
5 years
50.5% 1.11%
50.3% 0.05%
1.46
1.40
CHF
Shares granted to Board
members
45,000
N/A
N/A
N/A
N/A
N/A
27.99
PSOU 06/2016 (1)
PSOU 01/2017 (1)
PSOU 02/2017 (1)
PSOU 02/2018 (1)
Stock-options 02/2017 - part 1
Stock-options 02/2017 - part 2
Stock-options 02/2018
606,400
35,000
15,000
20,000
42,500
7,500
22,500
158,540
75,750
75,750
15,000
15,000
92,400
92,400
13.00 €
13.00 €
13.00 €
13.00 €
13.00 €
13.00 €
13.00 €
2.73 €
3.34 €
3.34 €
2.95 €
2.95 €
9.28 €
10.19 € 5 years
5 years
58.8% -1.09%
53.6% -0.86%
53.6% -0.87%
50.0% -0.77%
53.6% -0.94%
53.6% -0.94%
50.0% -0.75%
50.0% 0.00%
49.4% -0.63%
45.8% -0.52%
59.6% -0.78%
53.6% -0.64%
70.0% -0.78%
63.0% -0.57%
2.29
2.48
1.74
0.14
2.50
2.35
0.80
1.74
0.73
1.20
0.86
1.32
0.81
1.57
3 years
2 years
2 years
3 years
3 years
3 years
9.29 €
6.28 €
9.67 €
9.39 €
6.20 €
5 years
5 years
5 years
5 years
5 years
Stock-options 09/2018
3.66 € 10 years 4 years
3.07 € 10 years 4 years
3.07 € 10 years 4 years
2.82 € 10 years 4 years
2.82 € 10 years 4 years
3.10 € 10 years 4 years
3.10 € 10 years 4 years
Stock-options 03/2020 - part 1
Stock-options 03/2020 - part 2
Stock-options 12/2020 - part 1
Stock-options 12/2020 - part 2
Stock-options 02/2021 - part 1
Stock-options 02/2021 - part 2
3.19 €
3.19 €
(3) Reflects the number of PSOUs granted originally; the actual number of stock options granted in February 2019, at the expiry of the
PSOU Plan, is 602,335 for the 2016 Plan, 36,400 and 15,000, respectively, for the 2017 Plans and 18,500 for the 2018 Plan.
Evolution of the number of outstanding options
Stock
Stock
Stock
PSOU PSOU PSOU
Plan Plan Plan
PSOU
Stock
Stock
Stock
Stock
Stock
options options
02/2017- 02/2017-
part 1
37,500
-
Number of options options
Plan options options options options options
02/2018 02/2018 09/2018 03/2020 12/2020 02/2021
Total
909,447
04/2010 06/2016 01/2017 02/2017
part 2
December 31, 2019 106,000 531,477 36,400 15,000
6,667 18,500 20,833 137,070
-
-
Issued
-
-
-
-
-
-
-
-
151,500 30,000
181,500
Forfeited / cancelled1 (61,000) (71,283) (36,400)
-
(3,000)
(1,667)
(3,333) (26,091)
-
-
(202,774)
December 31, 2020
45,000 460,194
-
15,000
34,500
5,000 18,500 17,500 110,979 151,500 30,000
-
184,800
-
888,173
184,800
-
Issued
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Exercised
Forfeited / cancelled1
(9,500)
(3,333) (8,300) (4,688) (10,000) (6,800)
(42,621)
December 31, 2021
45,000 460,194
45,000 460,194
15,000
15,000
25,000
25,000
5,000 18,500 14,167 102,679 146,812 20,000 178,000
5,000 18,500 14,167 102,679 146,812 20,000 178,000
1,030,352
1,030,352
Number of shares to
be issued
Number of options
vested as at
December 31, 2021
45,000 460,194
15,000
25,000
5,000 18,500 14,167 68,471 56,814
7,500
-
715,646
(1) Forfeited following resignation or cancelled following expiry of employee departure exercise period.
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GeNeuro SA – 2021 Universal Registration Document
Valuation of stock options and common shares granted as part of an incentive plan
The fair value of the options was measured using an adjusted Black & Scholes option pricing model, with included
the following factors:
•
The price of the underlying shares was deemed to be equal to the investor subscription price or was
calculated by reference to internal valuations;
•
•
The risk‐free rate was selected by reference to the average lifetime of the instruments;
Volatility was estimated by reference to a sample of biotechnology companies listed on Euronext and SIX
(Switzerland), at the date when the instruments were granted, and over a period equivalent to the lifetime
of the option.
The fair value of the common shares granted under an incentive plan is equal to the share price at the grant date
less the purchase price paid by the allottee.
Breakdown of charges recognized in accordance with IFRS 2 for the relevant periods
(Amounts in thousands of EUR)
Grant date
12/31/2021
Expense
Accumulated
expense at
opening
Accumulated
expense at
12/31/2021
Stock options 2011-– extension granted 2020
Shares granted to board members 11/2015
PSOUs 06/2016
PSOUs 01/2017
PSOUs 02/2017
Stock options 02/2017- part 1
Stock options 02/2017- part 2
Stock options 02/2018
PSOUs 02/2018
22.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
22.8
614.4
1,381.6
89.6
27.0
96.2
16.1
14.1
3.0
614.4
1,381.6
89.6
27.0
96.2
16.1
14.1
0.0
3.0
Stock options 09/2018
Stock options 03/2020
Stock options 12/2020
Stock options 02/2021
Total
144.5
54.0
0.8
20.2
40.7
9.6
76.7
147.2
164.7
94.7
10.4
76.7
-
2,464.1
2,611.3
(Amounts in thousands of EUR)
Grant date
12/31/2020
Expense
Accumulated
expense at
opening
Accumulated
expense at
12/31/2020
Stock options 2011 – extension granted 2020
Shares granted to board members 11/2015
PSOUs 06/2016
PSOUs 01/2017
PSOUs 02/2017
Stock options 02/2017- part 1
Stock options 02/2017- part 2
Stock options 02/2018
PSOUs 02/2018
-
22.8
-
22.8
614.4
1,381.6
89.6
27.0
92.9
16.0
14.4
3.0
614.4
1,381.6
89.6
-
-
-
3.3
0.1
(0.3)
-
27.0
96.2
16.1
14.1
3.0
Stock options 09/2018
Stock options 03/2020
Stock options 12/2020
Total
118.8
-
25.7
54.0
0.8
106.4
144.5
54.0
0.8
-
2,357.8
2,464.1
Note 10: Financial liabilities
Following the Group’s adoption of IFRS 16 “Leases” from January 1, 2019, financial liabilities include the lease
liabilities related to lease agreements; research grants received in the form of reimbursable advances (refer to Note
10.1); and the FOPH forgivable loan (refer also to Notes 2.13 and 10.2).
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GeNeuro SA – 2021 Universal Registration Document
CURRENT AND NON-CURRENT FINANCIAL LIABILITIES
(Amounts in thousands of EUR)
Reimbursable advance (Note 10.1)
Forgivable loan from FOPH for Post-COVID program
Lease liabilities
Non-current financial liabilities
Reimbursable advance (Note 10.1)
Lease liabilities
12/31/2021
12/31/2020
129.8
43.7
2,534.5
959.1
3,537.3
106.1
-
1,143.6
1,273.4
49.2
256.9
244.1
Current financial liabilities
363.0
293.3
Total financial liabilities
3,900.3
1,566.7
This section sets out an analysis of net debt and the movements in net debt for each of the periods
presented.
Net debt
12/31/2021
5,479.5
12/31/2020
6,842.9
(amounts in thousands of EUR)
Cash and cash equivalents
Amount receivable from the FOPH
FOPH grant subsidy
2,990.8
(467.8)
-
Borrowings (including reimbursable advance)
FOPH Covid-19 Contract
Lease liabilities
(149.8)
(179.0)
-
(1,387.7)
5,276.2
(2,534.5)
(1,216.0)
4,102.2
Net (debt) / cash
Cash and cash equivalents
Amount receivable from the FOPH
Gross debt - fixed interest rates (1)
Net debt
5,479.5
2,990.8
(4,368.1)
4,102.2
6,842.9
-
(1,566.7)
5,276.2
(1) Gross debt includes the FOPH COVID-19 forgivable loan at gross amount, excluding the effect of the grant
subsidy – refer to Note 10.2
CHANGE IN LOANS AND BORROWINGS
(Amounts in thousands of EUR)
FOPH
Forgivable
Loan under
Covid-19
Loan from
Shareholder
(2)
TOTAL LOANS
AND
BORROWINGS
Lease
Liabilities
Reimbursable
Advance
Contract(3)
At December 31, 2019
Additions
Modification of lease
Cash flows
629.6
173.7
970.6
(327.8)
(66.6)
9.1
7,689.0
190.4
-
-
-
-
-
-
-
-
8,509.0
173.7
970.6
(342.8)
(7,566.6)
76.5
(259.8)
6.1
-
-
-
-
(15.0)
-
5.7
-
-
(7,500.0)
61.7
(250.7)
-
Decrease
Interest expense
Payment of interest
(+/-) Other (1)
(9.1)
8.2
(2.1)
At December 31, 2020
Additions
Cash flows
Interest expense
(+/-) Other
1,387.7
179.0
-
1,566.7
-
-
-
-
-
-
2,990.8
-
11.5
(467.8)
27.1
(197.8)
-
(1.0)
1,216.0
-
(32.5)
3.3
3,017.9
(230.3)
14.8
(468.8)
3,900.3
-
At December 31, 2021
149.8
2,534.5
(1): others include foreign exchange difference on lease liabilities and subsidies on reimbursable advance and
forgivable loan.
(2): this facility was fully repaid in connection with the €17.5 million capital increase completed on January 31, 2020
and to which GNEH SAS participated by way of set-off with its shareholder loan.
(3): see Note 10.2. In 2021, this is not a cashflow but is accounted for as an “other receivable” within “Other current
assets”.
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GeNeuro SA – 2021 Universal Registration Document
10.1 Reimbursable advance
CHANGE IN REIMBURSABLE ADVANCE
(Amounts in thousands of EUR)
At December 31, 2020
(-) repayment
179.0
(32.5)
-
Subsidies
Financial expenses
3.3
At December 31, 2021
149.8
A reimbursable advance was granted to GeNeuro Innovation SAS by Bpifrance on September 16, 2011 in the form
of a maximum € 600K, interest-free, reimbursable innovation loan facility to develop a diagnostic test and a
therapeutic solution for polyradiculoneuropathies.
Installments could be drawn down under the Bpifrance contract as follows:
•
•
•
€ 200K at the effective date of the contract (drawn);
€ 250K on project progress (not drawn);
€ 150K at the end of the project (not drawn as project is not completed).
GeNeuro Innovation SAS has only drawn the initial € 200K from this Bpifrance loan facility. Further to the
amendment signed on March 30, 2016, the quarterly repayments, based on the actually drawn amount of € 200K
of the loan facility. were rescheduled as follows:
o
o
o
o
o
€ 7.5K
from June 30, 2020 to March 31, 2021
€ 17.5K from June 30, 2021 to March 31, 2022
€ 27.5K from June 30, 2022 to March 31, 2023
€ 42.5K from June 30, 2023 to March 31, 2024
€ 55.0K from June 30, 2024 to March 31, 2025
The agreement also provided for early repayments based on the ex-tax proceeds from the sale or assignment of
licenses, patents or knowhow relating to all or part of the results of the aided project, as well as the ex-tax proceeds
generated by the marketing or use by the beneficiary. The company has generated no proceeds in relation to this
project and accordingly no early repayment has taken place.
This reimbursable advance does not bear annual interest and, as a result, has been treated under IFRS as an
interest-free loan for the company. As the conditions are more favorable than market rates, the difference between
the amount of the advance at historical cost and the advance discounted at market rates is considered as a public
grant.
10.2 Forgivable loan
On December 13, 2021, GeNeuro entered into a subsidy contract with the FOPH for the financing of its Post-COVID
project. Pursuant to this contract, GeNeuro issued an invoice to the FOPH of CHF 3,090K (€ 2,991K) for the
instalment payment, which amount is included within the “Other” receivables as of December 31, 2021 (see Note
6). Due to the nature of the contract, GeNeuro considers that it has received a forgivable conditional loan from the
FOPH, as defined in IAS 20, and that it has accordingly benefitted from a government loan at a below-market rate
and it therefore considers the amount to be received as of Dec. 31, 2021 as a liability. Under IAS 20, since the
conditional loan does not bear annual interest, it is treated as an interest-free loan for the Company (i.e. under
conditions more favorable than market rates), and the difference between the amount of the advance at historical
cost and the advance discounted at market rates is considered as a public grant, in an amount of € 467.8K.
CHANGE IN FOPH FORGIVABLE LOAN
(Amounts in thousands of EUR)
At December 31, 2020
New loan
Subsidies
Financial expenses
-
2,990.8
(467.8)
11.5
At December 31, 2021
2,534.5
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GeNeuro SA – 2021 Universal Registration Document
Note 11: Defined benefit obligation
EMPLOYEE BENEFIT OBLIGATIONS
Amounts in thousands of EUR
France
120.6
123.0
Switzerland
956.4
Total
1,077.0
1,391.8
At December 31, 2021
At December 31, 2020
1,268.8
11.1 French Employees
Defined benefit obligations for French employees result in a provision for a retirement indemnity to be paid by the
Group at the date of retirement, measured in accordance with the applicable collective bargaining agreement of the
pharmaceutical industry.
The main actuarial assumptions used to measure retirement packages are as follows:
ACTUARIAL ASSUMPTIONS
Age at retirement
Collective agreements
Discount rate (IBOXX Corporates AA )
Mortality table
12/31/2021
Voluntary retirement age 65 to 67
Pharmaceutical industry
0.98%
INSEE 2017
1.50%
12/31/2020
0.33%
INSEE 2017
1.50%
Salary revaluation rate
Turnover rate*
High
High
Social security expense ratio
Management
Non-management
43%
41%
43%
41%
* Turnover rates assumptions are summarized as follows:
-
-
-
-
-
From 20 to 30 years old : from 18.3% to 10.9%
From 30 to 40 years old : from 10.9% to 6.3%
From 40 to 50 years old : from 6.3% to 4.2%
From 50 to 65 years old : from 4.2% to 0%
From 65 to 67 years old : 0%
The following shows the change in retirement indemnity:
POST EMPLOYMENT BENEFIT OBLIGATION
(Amounts in thousands of EUR)
At December 31, 2019
Service costs
Post-employment
benefit obligations
110.4
11.9
0.8
Financial costs
Sub-total included in profit or loss
Actuarial (gains) losses
At December 31, 2020
Service costs
12.7
(0.1)
123.0
11.8
0.3
Financial costs
Sub-total included in profit or loss
Actuarial (gains) losses
At December 31, 2021
12.1
(14.5)
120.6
Actuarial gains in 2021 include € 12.5K related to a decision of April 20, 2021, from the IFRS Interpretations
Committee (“Attributing Benefit to Periods of Service”) that applies to Geneuro. Refer to Note 2.1. The past service
costs of € 12.5K are recognized in the cash flow statement as a non-cash item.
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GeNeuro SA – 2021 Universal Registration Document
Sensitivity analysis as at December 31, 2021
(Amounts in thousands of euros)
Turnover
Sensitivity analysis
Selected assumption :
Low
Medium
high
Post employment benefit obligation
Sensitivity analysis
130.3
129.1
Salary revaluation rate
Selected assumption:
1.5%
120.6
1%
2%
Post employment benefit obligation
Sensitivity analysis
118.0
120.6
126.0
Discount rate
Selected assumption:
0.98%
0.48%
125.0
1.48%
119.0
Post employment benefit obligation
Sensitivity analysis as at December 31, 2020
120.6
(Amounts in thousands of euros)
Turnover
Sensitivity analysis
Selected assumption :
Low
Medium
high
Post employment benefit obligation
Sensitivity analysis
151.0
146.0
Salary revaluation rate
Selected assumption:
1.5%
123.0
1%
2%
Post employment benefit obligation
Sensitivity analysis
118.0
123.0
129.0
Discount rate
Selected assumption:
0.33 %
0.83%
118.0
Post employment benefit obligation
123.0
The Group estimates that changes in other assumptions would cause no significant impact on liabilities.
11.2 Swiss Employees
The defined benefit obligation related to the so-called “Second Pillar” Swiss pension scheme is assessed using the
following assumptions:
ACTUARIAL ASSUMPTIONS
12/31/2021
12/31/2020
Voluntary retirement age :
64 female / 65 male
Age at retirement
Discount rate
0.35%
LPP 2020
generation
1.00%
0.15%
LPP 2020
generation
1.00%
Demographic basis
Salary increase
Pension increase
0.50%
0.50%
Interest credited on saving accounts
Turnover rate
1.00%
10.00%
1.00%
10.00%
Assumptions regarding the discount rate were revised at December 31, 2021 due to market conditions.
Mortality rate
Assumptions regarding future mortality are set based on advice, published statistics and experience. The weighted
average duration of the defined benefit obligation included in the statement of financial position date is as follows:
12/31/2021
17.8
12/31/2020
18.3
Weighted average duration of the defined benefit obligation
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GeNeuro SA – 2021 Universal Registration Document
Changes in the defined benefit obligation and in the fair value of the plan assets are as follows:
Defined
benefit
obligation
Fair value of
plan assets
Benefit
liability
Amounts in thousands of EUR
At December 31, 2019
Service
Financial interests
7,193.1
414.6
12.4
4,168.1
-
3,025.0
414.6
5.9
6.5
Employee Contribution
Currency effects
135.1
29.7
591.8
(2,108.9)
-
135.1
17.2
158.8
(2,108.9)
26.2
-
-
12.5
433.0
-
(26.2)
(558.2)
Sub-total included in profit or loss
Benefits (paid) / received
Return on plan assets (excluding financial interests)
Actuarial changes arising from changes in demographic
assumptions
(558.2)
Actuarial changes arising from changes in financial
assumptions
46.9
-
46.9
Other actuarial gain
(1,467.2)
(1,978.5)
-
3,697.5
254.2
(194.9)
(870.0)
4.8
-
26.2
184.5
2,428.7
-
(1,467.2)
(2,004.7)
(184.5)
1,268.8
254.2
(194.9)
(264.4)
1.4
Sub-total included in "Other Comprehensive Income"
Contributions by employer
At December 31, 2020
Service
Plan amendment
-
Curtailment
Financial interests
(605.6)
3.4
Employee Contribution
Currency effects
Sub-total included in profit or loss
Benefits (paid) / received
175.8
188.9
(441.2)
71.1
175.8
130.8
(295.6)
71.1
-
58.1
(145.6)
-
Return on plan assets (excluding financial interests)
Actuarial changes arising from changes in demographic
assumptions
Actuarial changes arising from changes in financial
assumptions
-
21.4
(21.4)
-
-
-
-
(124.9)
(124.9)
Other actuarial gain
228.6
103.7
-
-
21.4
249.1
228.6
82.3
(249.1)
956.4
Sub-total included in "Other Comprehensive Income"
Contributions by employer
At December 31, 2021
3,431.1
2,474.7
Assumptions regarding the discount rate were revised at December 31, 2020 and 2021, due to market conditions
for CHF corporate bond yields.
During 2021, the Bâloise Swiss multi-employer plan decreased the conversion rate (i.e., the rate at which the
retirement assets can be converted into an annual retirement pension), leading to a plan amendment of € 194.9K.
Also during 2021, due to the departure of two employees who represented more than 20% of the employee
obligations, a curtailment was calculated pursuant to which employee obligations were reduced by € 870.0K and
corresponding plan assets were reduced by € 605.6K. Pursuant to IAS 19.103, changes in the present value of the
defined benefit obligation resulting from plan amendments or curtailments are recognised immediately in profit or
loss as past service costs, with the total past service costs of € 459.3K being recognized in the cash flow statement
as a non-cash item.
The 2021 IFRS Interpretations Committee decision on “Attributing Benefit to Periods of Service” is not applicable
to Swiss employees as rights for Swiss employees are not capped after a certain number of years.
Sensitivity analysis as at December 31, 2021 and as at December 31, 2020
Changes in certain actuarial assumptions could result in substantial changes in the post employment benefit
obligation.
They can be summarized as follows on December 31, 2021 and 2020:
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GeNeuro SA – 2021 Universal Registration Document
on December 31, 2021
on December 31, 2020
Salary revaluation rate
Selected
(Amounts in thousands of EUR)
Sensitivity analysis
Salary revaluation rate
Selected
0.50%
1.50%
assumptio
0.50%
assumption:
1%
1.50%
n: 1%
Post employment benefit obligation
3,416.2
3,431.1
Discount rate
Selected
3,446.8
3,674.7
-0.35%
3,697.5
Discount rate
Selected
3,721.3
0.65%
assumptio
n: 0.15%
Sensitivity analysis
-0.15%
3,756.3
assumption:
0.35%
3,431.1
0.85%
Post employment benefit obligation
3,145.9
4,059.3
3,697.5
3,382.2
Rate of pension increase
Selected
Rate of pension increase
Selected
Sensitivity analysis
0.00%
assumption:
0.50%
1.00%
0.00%
1.00%
3,915.3
assumptio
n: 0.50%
3,697.5
Post employment benefit obligation
3,243.7
3,431.1
3,638.9
3,501.4
The estimated Company contributions to pension plans for the financial year 2022 amount to € 185K (based on the
closing rate at December 31, 2021).
The categories of plan assets, based on an asset/liability matching analysis, and their respective allocation, are as
follows:
Allocation in K€
Cash
12/31/2021
103.9
12/31/2020
53.4
Bonds
Shares
1,423.1
47.0
1,394.1
80.1
Real estate
Mortgages
Alternative investments
Total
386.1
339.0
175.7
2,474.8
359.5
332.7
208.9
2,428.7
The benefit payments for the next ten years (in euros) are broken down as follows:
2022
61.4K
2023
60.1K
2024
35.7K
2025
31.4K
2026
27.4K
2027-2031
1,224.5K
Note 12: Other current liabilities
12.1 Trade payables
The amount of trade payables is consistent with the expenses incurred by the Group as part of its clinical trials
program and the payment terms agreed by the suppliers and service providers.
12.2 Other current liabilities
OTHER CURRENT LIABILITIES
12/31/2021
425.0
12/31/2020
468.5
(Amounts in thousands of EUR)
Personnel and related accounts
Social security and other social institutions
Other
251.4
29.1
250.5
9.2
Accrued liabilities
Deferred grant (1)
Total other current liabilities
951.4
467.8
2,124.7
765.8
-
1,494.0
(1) Refer to Note 10.2.
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GeNeuro SA – 2021 Universal Registration Document
Note 13: Income
No income was recognized during 2021 or 2020.
Note 14: Breakdown by nature of expenses and income
14.1 Research and development expenses
RESEARCH AND DEVELOPMENT EXPENSES
(Amounts in thousands of EUR)
Studies and research
12/31/2021
(2,707.8)
12/31/2020
(1,930.3)
Intellectual property
Raw materials and consumables
Rental expenses
Professional fees
Payroll expense (1)
Postal and telecom expenses
Amortization and depreciation
Share-based payment expense
Other
(421.1)
(58.0)
(48.8)
(148.7)
(1,254.5)
(37.5)
(165.3)
(40.7)
(4.4)
(339.9)
(28.1)
(39.7)
(239.4)
(1,935.1)
-
(176.4)
(37.6)
13.4
Research and Development Expenses
Research tax credits
Other subsidies
(4,886.8)
1,007.0
166.5
(4,713.1)
553.9
2.1
Subsidies
1,173.5
556.0
(1) Research and Development payroll expense for the financial year 2020 is after deduction of € 25.4K of partial
unemployment indemnities received from the French government in connection with the COVID-19 lockdown
restrictions in the spring of 2020. Research and Development payroll expense for the financial year 2021 includes
a net past services cost positive effect of € 335.0K related to the Swiss pension plan curtailment and plan
amendment (see Note 11.2).
The “Other subsidies” for 2021 primarily relate to a € 137K subsidy from the French Agence Nationale de la
Recherche for the Company’s COVID-19 research.
The increase in expenses for studies and research is primarily due to the full period effect of the ProTEct-MS Phase
2 trial of temelimab in multiple sclerosis (MS) at the Karolinska Institutet’s Academic Specialist Center (ASC), in
Stockholm, Sweden: the launch for this study occurred only in late June 2020 whereas the recruitement for this
study was completed in mid-February 2021. Intellectual property costs increased by € 81K, reflecting the Company’s
patent filing activities; payroll expense decreased by € 335K, reflecting the strict cost control implemented
throughout the Company. In the six months ended June 30, 2020, the Company’s French subsidiary benefited from
unemployment subsidies due to the lockdown imposed in response to the COVID-19 pandemic, whereas the
Company’s French subsidiary operated normally in the first half of 2021.
As a result of the expanded R&D activities, subsidies increased from € 554K in 2020 to € 1,007K during 2021; in
addition, the Company received € 137K of research grants from the French Agence Nationale de la Recherche for
GeNeuro’s COVID-19 research activities. Of this amount of € 137K, € 41K was received in June 2021 and the
balance of € 96K is to be received in 2022.
14.2 General and administrative expenses
GENERAL AND ADMINISTRATIVE EXPENSES
12/31/2021
(68.9)
12/31/2020
(102.1)
(Amounts in thousands of EUR)
Travel and assignments expenses
Office expenses
(35.8)
(39.7)
Rental expenses
(34.1)
(37.4)
Professional fees
Payroll expense (1)
Payroll tax expense
(711.1)
(1,471.6)
(23.8)
(994.0)
(1,755.4)
(38.2)
Insurance expense
(25.4)
(25.5)
Postal and telecom expenses
Amortization and depreciation
Share-based payment expense
Other
(35.5)
(78.2)
(158.2)
(68.8)
(134.9)
(106.5)
(4.8)
(4.5)
General and administrative expenses
(2,652.4)
(3,302.0)
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(1) General and administrative payroll expense for the financial year 2021 includes a net past services cost
positive effect of € 124.3K related to the Swiss pension plan curtailment and plan amendment (see Note
11.2).
The Company continued its strict cost control during 2021, leading to a reduction in all significant cost categories
except for share-based payment expense.
Note 15: Financial income (expenses), net
Net financial income (expenses) are broken down as follows:
FINANCIAL INCOME (EXPENSES), NET
(Amounts in thousands of EUR)
Other financial income
12/31/2021
1.9
12/31/2020
3.1
Foreign exchange gains
53.9
-
Financial income
55.8
3.1
Interest expense related to the Loan from shareholder
Share based expense related to capital increase at discount to market
Other financial expenses
-
(72.3)
(1,364.4)
(467.2)
(40.6)
-
(7.9)
(61.7)
Foreign exchange (losses) gains
Financial expenses
Financial income (expenses), net
(507.8)
(452.0)
(1,506.3)
(1,503.2)
The Company completed a capital increase in 2020 and another in 2021; because the capital increases were not
open to all existing shareholders but were restricted to certain selected institutional investors, pursuant to IFRS 2
the discount between the share price prior to the capital increase and the actual issue price (€3.18 per share vs
€2.95 per share for the 2020 capital increase, and €3.75 vs €3.48 for the 2021 capital increase) is considered a
share based payment, resulting in a charge of € 1,364 K for 2020 and € 467K for 2021, accounted within financial
expenses, with a corresponding amount added to reserves within shareholders’ equity.
Note 16: Income tax
Group income tax (expense) / income
INCOME TAX (EXPENSE) / INCOME
(Amounts in thousands of EUR)
12/31/2021
12/31/2020
-
-
-
Deferred tax
Income tax (expense) / income
-
Income tax rates and losses carried forward
Although the Group’s functional currency is the euro, the parent company, GeNeuro SA, must establish its Swiss
tax returns in CHF. Accordingly, carried-forward tax losses are denominated in CHF and are converted for
information purposes hereunder in euros at the December 31, 2021 closing rate.
At December 31, 2021, GeNeuro SA had carried-forward tax losses of € 55,902K (CHF 57,753K converted at the
December 31, 2021 closing rate), compared with € 50,107 at December 31, 2020 (CHF 54,126K converted at the
December 31, 2020 closing rate), split as follows:
€
8,121.3 originated in 2021 and expiring in 2029
€ 11,219.7 originated in 2020 and expiring in 2028
€
€
€
4,650.4 originated in 2019 and expiring in 2027
6,125.3 originated in 2018 and expiring in 2026
4,972.1 originated in 2017 and expiring in 2025
€ 14,372.9 originated in 2016 and expiring in 2024
6,440.7 originated in 2015 and expiring in 2023
€
No carried-forward tax loss expired in 2022 as the Company generated a profit in 2014.
The income tax rate applicable to the Company is the rate currently applicable in the Canton of Geneva, Switzerland,
which is 14% (14% in 2020).
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GeNeuro Innovation SAS had carried forward tax losses of € 969K as at December 31, 2021. The income tax rate
applicable to GeNeuro Innovation SAS is the French income tax rate of 26.5%. This rate will decrease to reach 25
% in 2022.
Reconciliation between theoretical tax and effective tax
(Amounts in thousands of EUR)
Net loss
Income tax expense
12/31/2021
(6,817.7)
-
12/31/2020
(8,962.3)
-
Loss before tax
(6,817.7)
14.00%
954.5
265.3
(87.1)
(8,962.3)
14.00%
1,254.7
162.9
Current tax rate in Geneva
Theoretical income tax at current tax rate in Geneva
Items not subject to tax
Share-based payments (1)
Carry forward tax losses used
Unrecognized tax losses
Effect of different tax rates
Income tax (expense)
(232.7)
38.0
-
(1,031.0)
(139.7)
-
(1,091.2)
(93.7)
-
Effective tax rate
0.00%
0.00%
(1) Deferred tax asset is not recognized because it is not probable that future profits would arise that would allow the deferred
tax asset to be recovered.
Items not subject to tax include mainly research tax credits (non‐taxable operating income in France). Unrecognized
tax losses take into account for 2020 the fact that the Swiss parent has recognized an impairment of €2.7 million
against its participation in and loans to its Australian subsidiary, which was liquidated in 2021 due to the lack of
activity in that country in the foreseeable future.
In 2021, the effect of different tax rates between the French tax rate of 28% and the Geneva tax rate of 14% was
€139.7.
In 2020, the effect of different tax rates between the French tax rate of 28% and the Geneva tax rate of 14% was
€91.7K, partly offset by the -€0.6K difference in tax rates between the Australian tax rate of 27.5% and the Geneva
tax rate of 14%.
Nature of deferred taxes
NATURE OF DEFERRED TAX
(Amounts in thousands of EUR)
Temporary differences
12/31/2021
172.8
12/31/2020
222.1
Swiss defined benefit obligation
Other
Loss carryforward Australia
Loss carryforward France
Loss carryforward Switzerland
Total of items with a nature of deferred tax assets
Unrecognized deferred tax assets
Net total of deferred tax assets
143.8
29.0
183.3
38.8
13.1
190.9
7,065.7
7,491.8
-
256.8
7,825.2
8,254.8
(8,257.3)
(2.5)
(7,488.1)
3.7
Temporary differences
2.6
(3.8)
Total of deferred tax liabilities
2.6
(3.8)
Net total of deferred tax assets (liabilities)
-
-
Given the uncertainty related to the Company’s ability to generate profits against which it would be able to apply
the carried forward losses, management did not recognize any deferred tax assets on the Group’s carried forward
losses.
Note 17: Losses per share
Basic losses
“Basic losses per share” is calculated by dividing the net income attributable to the Company’s shareholders by the
weighted average number of ordinary shares issued during the financial year.
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Diluted losses per share are calculated by adjusting basic losses per share for the dilutive effect of instruments
giving deferred rights to share capital (warrants, bonds, options). When the Group is in a loss-making position,
these instruments are not treated as dilutive since they would reduce the loss per share. For the periods reported,
diluted losses per share are therefore identical to basic losses per share.
BASIC LOSS PER SHARE
Weighted average number of shares outstanding
Number of potentially dilutive shares from exercise of options (1)
12/31/2021
21,280,009
12/31/2020
19,969,293
110,979
447,491
Net loss for the period (in thousands of EUR)
Basic loss per share (EUR/share)
Diluted loss per share (EUR/share)
(6,817.7)
(0.32)
(8,962.3)
(0.45)
(0.45)
(0.32)
(1): Number of potentially dilutive shares from options outstanding at December 31, 2021 – excluding 582,861 “out of the money”
options with a weighted average exercise price of €12.3 per share. The shares resulting from the exercise of “in the money”
options are not taken into account in the calculation of diluted loss per share as these shares would have an anti-dilutive effect
and would decrease the loss per share.
The loss per share in 2020 and 2021 includes € 0.07, respectively € 0.02 per share, due to the share based expense
of the capital increases of January 2020 and July 2021 (see notes 8 and 15).
Note 18: Related parties
18.1 Compensation due to members of the Board and Officers
One executive officer of the Company is also a member of the Board of Directors.
Aggregate compensation of the members of the Board and Officers was as follows:
COMPENSATION DUE TO MEMBERS OF THE BOARD
AND OFFICERS
(Amounts in thousands of EUR)
Fixed compensation due
12/31/2021
1,224.3
12/31/2020
1,300.1
Variable compensation due
Benefits in kind
272.2
34.8
296.5
57.4
Employer contribution to pension scheme and other social contributions
408.5
125.4
78.7
449.4
87.0
79.5
Share-based payments
Attendance fees
TOTAL
2,143.9
2,269.9
Note : variable compensation due is paid in March of the following year.
The above table includes compensation for executive officers who have left the Company during the respective
periods. Amounts shown above for 2020 have been updated to include the compensation paid during that year to
officers who had left the Company during 2020 but whose compensation had been omitted in the financial report
2020. Total compensation previously shown for 2020 was € 1,951.2K vs the updated €2,270 shown above.
Fixed compensation has not varied in the local currency but the increase in 2021 is attributable to the weakening
of the Euro vs the Swiss franc, in which the majority of executive management compensation is paid.
The Company has signed contracts with three members of its Board of Directors; two of the contracts were entered
into in 2015 and one in 2016. In accordance with these contracts and as compensation for services rendered, the
Company recorded attendance fees of € 79K in 2021 and € 79K in 2020.
No post‐employment benefits were granted to members of the Board or Officers, with the exception of the
mandatory and additional defined benefit scheme applicable for Swiss employees and executives under the second
pillar of the Swiss social security system, as described in Note 2.19.
All compensation components were fully paid in the year, except for the share-based payments compensation,
which is not due to be settled in cash, and the variable compensation which was paid in each case in the subsequent
year.
The variable components of compensation were allocated on the basis of performance criteria.
The methods used to calculate the fair value of share‐based payments are explained in Note 9.
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18.2 Related party transaction with bioMérieux
The Company signed an exclusive licensing contract with bioMérieux in 2006. BioMérieux is a French listed
company, majority-owned by Institut Mérieux; bioMérieux and Institut Mérieux are the sole shareholders of GNEH
SAS, which owns 37.5% of GeNeuro SA. The key elements of the licensing contract are disclosed in Note 19.2.
18.3 Related party transaction with GNEH SAS
In December 2018, the Company entered into a €7.5 million credit facility agreement with GNEH SAS, which credit
facility was reimbursed through the capital increase completed in January 2020 – refer to Note 10.2. In January
2020, the Company completed a capital increase of €17.5 million through a private placement reserved to selected
institutional investors, to which GNEH SAS participated to in the amount of €7.5 million, by way of set-off with its
shareholder loan. In July 2021, the Company completed a further capital increase of €6.0 million through a private
placement reserved to selected institutional investors, to which GNEH SAS participated to in the amount of €3.0
million. The difference to market price at which both private placements were completed led to the recognition of
share-based payments in 2020 and 2021 – refer to Note 8.
Note 19: Off‐balance‐sheet commitments
19.1 Contingent liabilities and commitments in respect to the licensing Agreement with bioMérieux
In 2006, the Company signed an exclusive license agreement with bioMérieux, France (the “2006 Agreement”), for
the sole purpose of developing, manufacturing and selling products covered under bioMérieux patents, with
bioMérieux retaining the rights pertaining to diagnostics.
This 2006 Agreement provides for payments in Swiss francs. Amounts in euros presented below are provided for
information only, using the average foreign exchange rate of the related year.
Under this 2006 Agreement, the Company is committed to make the following payments:
•
•
•
An up-front payment of CHF 150K, paid in 2006 (€ 138K);
An annual contribution towards patent maintenance fees of CHF 50K (approximately € 46K);
Milestone payments up to a total sum of CHF 72.6 million (approximately € 67.0 million):
o
o
o
On commencement of the Phase IIa clinical trial in 2012, the first milestone was reached, triggering
a payment by the Company of CHF 200K (approximately € 185K);
The start of the Phase IIb clinical trial in 2016 triggered a payment by the Company of CHF 1,000K
(€ 925K).
The start of a Phase IIa clinical trial in Type 1 diabetes triggered a contingent payment of CHF 200K
(approximately € 185K), to be paid only if certain conditions (such as entering a Phase III clinical trial,
or being sub-licensed for that indication) are met.
•
Royalties based on GeNeuro net licensing revenues and GeNeuro net sales.
In 2015, pursuant to an exclusive license agreement on companion diagnostics (the “Diagnostics Agreement”),
bioMérieux also granted an exclusive license on companion diagnostics. This Diagnostics Agreement commits the
Company to make milestone payments of up to € 100K.
On the commencement of the Phase IIb clinical trial in 2016, a first milestone was reached, triggering an amount of
€ 50K paid by the Group to bioMérieux. The balance of € 50K will be due in the event of the start of a Phase III trial.
No royalties are due to bioMérieux under the Diagnostics Agreement.
19.2 Contingent liabilities and commitments in respect to the licensing Agreement with the US National
Institutes of Health (NIH).
In October 2018, the Company has entered into an Exclusive License Agreement with the National Institute of
Neurological Disorders and Stroke (NINDS), part of the U.S. National Institutes of Health (NIH). The agreement
covers the development of an antibody program to block the activity of pHERV-K Env (pathogenic envelope protein
of the HERV-K family of Human Endogenous Retroviruses), a potential key factor in the development of ALS.
Pursuant to this agreement, the Company made an up-front payment of USD 50K (€ 44K), and is committed to
annual minimum payments of USD 25K (approximately € 22K) and milestone payments up to a total sum of USD
11.6 million (approximately € 9.9 million) subject to clinical development achievements; in addition, GeNeuro will
have to pay the NIH royalties based on its net licensing revenues and net sales.
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Note 20: Financial risk management and assessment
GeNeuro may find itself exposed to various types of financial risk: market risk, liquidity risk and credit risk. GeNeuro
is implementing measures consistent with the size of the Group to minimize the potentially adverse effects of those
risks on its financial performance.
GeNeuro’s policy prohibits the use of financial instruments for speculative purposes.
Market risk
Interest rate risk
Interest rate risk reflects the Group’s exposure to fluctuations in interest rates in the market. As the Group has no
floating-rate debt, the Group is not at risk of increases in debt servicing costs (refer to Note 10 for extent and nature
of fixed rate debt obligations). Changes in interest rate could affect returns achieved on cash and fixed term deposits
but this risk is not considered material given the current low returns on deposits held by the Group.
Foreign exchange risk
Foreign currency risk is the risk that the fair value or future cash flows of a financial instrument will fluctuate because
of changes in foreign exchange rates. The Group’s exposure to the risk of changes in foreign exchange rates relates
primarily to the Group’s operating activities in Switzerland (when expense is denominated in a different currency
from the Group’s presentation currency).
No currency derivatives were outstanding at December 31, 2021.
Any major development in the Group activity may result in an increase of its exposure to exchange rate risk. Should
such increase materialize, the Group would consider adopting an appropriate policy to hedge such risks.
Equity risk
The Company does not hold long or short‐term tradable equities on any regulated market.
Liquidity risk
Since its incorporation, the Group has primarily funded is growth through capital increase and additional funds
provided by research collaborations and research tax credits. The Group never had recourse to bank loans. As a
result, the Group is not exposed to liquidity risk through requests for early repayment of loans.
Significant R&D expenses have been incurred from the start of the Group's activities, generating negative cash
flows from operating activities, except in 2015 following the milestone payment by Servier of € 17.5 million.
Cash outflows related to operating activities amounted to € 6,771K compared with € 7,174K for the financial years
ended December 31, 2021 and 2020, respectively.
As at December 31, 2021, the Group’s cash & cash equivalents amounted to € 5,480K (December 31, 2020:
€ 6,843K).
As disclosed in Note 2.1 of the Notes to the consolidated financial statements, the Board of Directors believes that,
taking into account the projected cash outflow from its operating activities for 2022 based on the operating plans
approved by the Board as well as the eventual mitigation measures it has approved, the Group has sufficient
financial resources to cover its operating costs for at least one year from the date these financial statements are
issued and, as a result, is presenting the consolidated financial statements of the Group on a going-concern basis.
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Breakdown of financial liabilities, trade payable and other current liabilities by maturity
The following table shows the breakdown of financial liabilities, trade payable and other current liabilities in the
period presented:
12/31/2021
(Amounts in thousands of EUR)
Reimbursable advance
Amounts due under lease contracts
FOPH Covid-19 Contract
Gross amount
152.5
< 1 year
107.5
1 ≥ 5 years
45.0
> 5 years
-
-
1,249.8
2,990.8
4,393.1
(2.7)
269.7
980.1
2,990.8
4,015.9
Sub-total
377.2
-
Discounted interest on reimbursable advance
Interest component of lease contracts
Discounted interest on FOPH Covid-19 contract
Net financial liabilities
(33.8)
(456.3)
3,900.3
363.0
Current financial liabilities
Non-current financial liabilities
3,537.3
Trade payables
Other current liabilities
581.4
2,034.5
581.4
2,034.5
-
-
-
-
12/31/2020
(Amounts in thousands of EUR)
Reimbursable advance
Amounts due under lease contracts
Gross amount
185.0
< 1 year
1 ≥ 5 years
> 5 years
50.0
257.8
307.8
135.0
993.7
1,128.7
-
1,431.0
1,616.0
(6.0)
(43.3)
1,566.7
293.3
1,273.4
540.4
1,494.0
179.5
179.5
Sub-total
Discounted interest on reimbursable advance
Interest component of lease contracts
Net financial liabilities
Current financial liabilities
Non-current financial liabilities
Trade payables
540.4
1,494.0
-
-
-
-
Other current liabilities
The Group will continue to have major funding requirements in the future to fuel its strategy to develop temelimab
and new compounds through clinical trials. The precise extent of funding required is difficult to predict accurately,
and will largely depend in part on factors outside the Group’s control.
Areas subject to significant uncertainty include but are not limited to:
•
the ability to conduct successful clinical trials in multiple sclerosis, type 1 diabetes and other indications,
including the capacity to recruit in a timely manner patients for those studies,
the change in the regulatory landscape,
the approval for other drugs on the market that would potentially reduce the attractiveness for the approach
developed by GeNeuro.
•
•
Should the Group find itself unable to finance its own growth through partnership agreements, the Group would be
dependent on other sources of financing, including equity funding or research grants. See also Note 22.
Credit risk
The Group’s credit risk is associated with deposits at banks and financial institutions and with other receivables.
The Group seeks to minimize the risk related to banks and financial institutions by placing cash deposits with highly
rated financial institutions. The maximum amount of credit risk is the carrying amount of the financial assets. As
outstanding receivables include mainly research tax credits granted by France and amounts to be received from
the Swiss government under the FOPH Subsidy Contract, the Group does not carry significant credit risk.
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GeNeuro SA – 2021 Universal Registration Document
Short-term credit
rating
Cash balances held at December 31, 2021
of financial institution
% of cash
balances
61.7%
38.3%
100.0%
Standard
Moody's
& Poors
Bank 1
Bank 2
Total
A-1
A-1
P-1
n.a.
Note 21: Auditors’ fees
Audit fees due by the Group to its auditors, PricewaterhouseCoopers SA, were the following:
2021
Financial Year
222.0
2020
Audit fees
(Amounts in thousands of EUR)
Financial Year
Audit Fees
261.4
94.8
Assurance services related to share issuance
4.2
Note 22: Post balance sheet events
In January 2022, the Company received the instalment payment of CHF 3,090K (€ 2,991K) from the Swiss FOPH,
which was included within the “Other” receivables as of December 31, 2021.
On January 27, 2022, the Company also announced that it had completed its ProTEct-MS study with the last visit
of the last patient, and confirmed that it expected results from this clinical trial by the end of March 2022.
On March 21, 2022, the Company presented the top-line results from the ProTEct-MS study, which confirmed the
safety of higher doses of temelimab used in combination with rituximab, a high-efficacy anti-CD20 drug, thus
meeting the primary endpoint of the study. The results also showed beneficial trends on key parameters of
neurodegeneration measured by MRI, pointing to the synergistic potential to address neurodegeneration on top of
anti-inflammatory treatment in multiple sclerosis. Based on these positive results, GeNeuro will resume discussions
with regulatory authorities and with potential partners to define the best development path combining temelimab
and anti-neuroinflammatory treatments.
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GeNeuro SA – 2021 Universal Registration Document
CHAPTER 19.
ADDITIONAL INFORMATION
19.1 Equity Capital
19.1.1 Amount of the Equity Capital
The Company’s equity capital is CHF 1,116,038.85 divided into 22,320,777 bearer shares, each with a nominal
value CHF 0.05, all fully paid.
19.1.2 Securities Not Representing Equity
None.
19.1.3 Buy-back by the Company of its Own Shares
Since May 4, 2016, the Company has entered into a liquidity contract with Gilbert Dupont, a Paris based investment
services provider. The main purposes of a liquidity contract on shares, where implemented pursuant to the accepted
market practice established by the French Financial Markets Authority (Autorité des marchés financiers - the
“AMF”), are to improve liquidity of share transactions and regularity daily traded prices of the Company’s shares
and thus to avoid price swings that would not be justified by the market trend.
During the 2021 financial year, through the liquidity contract the Company purchased 247,132 (2020: 128,306)
GeNeuro common shares (of CHF 0.05 nominal value) and sold 260,754 (2020: 119,542) GeNeuro common shares
(of CHF 0.05 nominal value), at an average weighted purchase price of €3.78 per share (2020: €3.10) and an
average weighted sale price of €3.78 per share (2020: €3.13).
At December 31, 2021, the Company held, through the liquidity contract, 80,023 (December 31, 2020: 93,645)
GeNeuro common shares (i.e., 0.359% of its equity at December 31, 2021; 2020: 0.455%).
On December 31, 2021, the Company owned 126,023 (December 31, 2020: 139,645) of its own shares, including
shares owned through the liquidity contract and other treasury shares.
Under Swiss law, a company may acquire its own shares only if it has free equity available to it equivalent to the
amount of the expense necessary to acquire the shares and if the nominal value (paid-in capital) of all such shares
does not exceed 10% of the equity capital.
Voting rights related to treasury shares and the rights attaching to them are suspended as long as the Company
owns or holds the shares. In addition, the Company must credit to a special reserve (a reserve for treasury shares)
an amount equal to the acquisition value of the treasury shares. This reserve may be reduced only to the extent of
the acquisition value of the treasury shares if the shares are sold or cancelled.
Furthermore, when the Company holds or owns a majority stake in a subsidiary, acquisition of the Company’s
shares by such subsidiary is subject to the same limitations and the same consequences as acquisition by the
Company of its own shares.
The Company’s Board of Directors has the authority to implement a program to buy back the Company’s shares
subject to Swiss law, applicable EU regulations, the accepted market practice established by the AMF and the
General Rules and Regulations of the AMF.
19.1.4 Conditional Equity Capital
The Company’s share capital may be increased by a maximum amount of 2,198,717 shares, equivalent to 9.9% of
the existing share capital, through the exercise of options granted (and to be granted) to the Company’s managers,
employees, and consultants, as based on rules approved by the Board of Directors. The shareholders’ pre-emptive
rights do not apply to the new shares issued.
In this connection, the Company’s Board of Directors, approved various incentive plans for management and
employees, as follows:
-
Stock options with an exercise price of €13 per share : these include options under a Performance Share
Option Units (PSOU) Plan, for the Company’s top management, which matured on December 31, 2018;
on February 27, 2019, the Board of Directors reviewed the service condition and the achievement of the
performance condition and made a final determination as to the number of options to be granted; as a
result, the total of 676,400 PSOUs granted were replaced by a total of 672,235 stock options, with an
exercise price of €13 per share and a term of 5 years. The Board also approved an incentive plan for stock
options on February 23, 2017, when it granted 7,500 stock options to certain executive managers; on
February 4, 2018, it also granted 22,500 stock options to executive managers. All these options have a
term of five years from award date; the options under the PSOU Plan are fully vested whereas the others
vest over four years (25% after one year, then 12.% every six months).
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GeNeuro SA – 2021 Universal Registration Document
-
Stock options with an exercise price of €2.73 per share: on July 4, 2018, the Board of Directors approved
a Loyalty Bonus Option Plan and on February 27, 2019 made the final determination under this plan and
granted a total of 158,540 to the Group’s employees; these Loyalty Bonus Options have a 10-year term
and vest over four years (25% after one year, then 12.% every six months).
-
-
-
Stock options with an exercise price of €3.34 per share: on March 5, 2020, the Board of Directors approved
a new Option Plan and granted a total of 75,750 to management and certain employees; these options
have a 10-year term and vest over four years (25% after one year, then 12.5% every six months).
Stock options with an exercise price of €2.95 per share: on December 11, 2020, the Board of Directors
granted a total of 15,000 to certain managers; these options have a 10-year term and vest over four years
(25% after one year, then 12.5% every six months).
Stock options with an exercise price of €3.19 per share: on February 25, 2021, the Board of Directors
approved a new Option Plan and granted a total of 184,800 to management and certain employees; these
options have a 10-year term and vest over four years (25% after one year, then 12.5% every six months).
Following forfeiture of certain options following the departure of employees, a total of 178,000 was
outstanding at December 31, 2021.
-
Stock options with an exercise price of €3.48 per share: on March 18, 2022, the Board of Directors
approved a new Option Plan and granted a total of 203,627 to management and certain employees; these
options have a 10-year term and vest over four years (25% after one year, then 12.5% every six months).
Furthermore, the share capital of the Company may also be increased by a maximum amount of 5,130,341 shares
equivalent to 23.0% of the existing share capital by exercising options and conversion rights attaching to the
issuance of debt securities or similar securities of the Company or other financial instruments by the Company, as
defined in Swiss law. The preferential subscription rights will not apply to the shares so issued.
In the case of debt securities or other similar securities, the preferential subscription right of shareholders may be
restricted or eliminated by the Board of Directors, if the issuance is made with a view to financing an acquisition of
companies, parts of companies, or equity stakes.
In the event of the elimination of preferential subscription rights, debt securities and similar securities or any other
financial instrument will be offered at market conditions. The exercise date for options may not be later than five
years from the issue date and for conversion rights 10 years from the issuance of debt or similar securities. The
exercise price for the acquisition of new shares will correspond to the market price on the date of issuance.
19.1.5 Securities Convertible into Equity Capital
On the filing date of this Universal Registration Document, the securities and other instruments still outstanding and
carrying a right to be converted into equity capital consisted of stock options granted to certain executives and
consultants of the Company (such options are described in detail in Section 13.1.3, “Stock Options and Grants of
Free Shares” of this Universal Registration Document. In the event of the full exercise of the instruments carrying
a right to equity capital granted and issued on this day, this would lead to the issuance and subscription of 1,199,812
shares, resulting in a dilution of 5.1% based on the existing number of shares of the Company on the filing date of
this Universal Registration Document (such options and rights are described in section 13.1.3 of the Universal
Registration Document).
19.1.6 Authorized but Unissued Shares, Undertakings to Increase Equity Capital
Under Swiss law and pursuant to the resolutions of the shareholders’ annual meeting of May 27, 2020, the Board
of Directors was authorized to increase the Company’s equity securities by a maximum amount of 10,295,159
shares representing 50% of its then-existing capital. Following the July 2021 capital increase, the authorized capital
was reduced to 8,564,701 shares, representing 38.4% of its then-existing capital The Board of Directors may
implement this capital increase entirely or in installments. This authorization, which is recorded in the Company’s
articles of incorporation, as amended, lapses on May 27, 2022.
Under Swiss law, in the case of authorized capital, the Board of Directors determines freely the issue price, the
types of capital contributions, and the date from and after which the new shares will have dividend rights as well as
other terms and conditions of the share issue that are not reserved to the shareholders.
The Board of Directors decides on the allocation of the preferential subscription rights of shareholders that are not
exercised. However, the Board of Directors may eliminate or limit the preferential subscription right only:
−
for warrants granted in the usual way to financial institutions that are firm acquirers involved with the
Company’s IPO (firm underwriting) (overallotment option);
−
−
to acquire companies, parts of companies, and equity stakes; or
to place new shares on international capital markets by a public offering or private placement with
institutional investors at the price that results from book-building.
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19.1.7 Equity Capital of Any Group Company Subject to an Option or Conditional or Unconditional Agreement
Placing it Under Option
The Company has granted options or warrants to various executive officers and employees that give them the right
to acquire the Company’s shares. Such options are described in detail in Section 13.1.3 of this Universal
Registration Document.
19.1.8 Changes to Equity Capital
The Company was registered at the commercial register of Geneva, Switzerland on February 6, 2006, with an initial
equity capital of CHF 100,000, fully paid up.
The equity capital was thereafter increased, on several occasions, to reach CHF 1,116,038.85 as of the filing date
of this Universal Registration Document.
Other than the capital increase described under section 8.1.1 of this Amendment, there was no change to the Equity
Capital in 2021 or until the filing date of this Universal Registration Document.
19.1.9 Pledges
The Company is not aware of any pledge on its share capital.
19.2 Articles Of Association
19.2.1 Company Purposes (Article 3 of the Articles of Association)
The Company’s principal purpose is the research, development, manufacture, and sale of products used, in
particular, for therapeutic purposes, especially in the field of healthcare.
The Company may engage in any activity linked, directly or indirectly, to its company purpose or that could promote
it.
19.2.2 Management and Administration of the Company
The Company is managed and administered by a Board of Directors.
19.2.2.1 Board of Directors (Section 4 of the Articles of Association)
The Company is managed and administered by a Board of Directors consisting of a minimum of five directors and
up to 10 directors elected individually at a general shareholders’ meeting.
The Swiss Code of Obligations does not allow legal entities to act or serve as members of the Board of Directors,
but legal entity’s representatives are eligible in its place and stead.
The Board of Directors includes a chairman, and may include a vice chairman and a secretary, who may but need
not be members of the Board. If applicable, the vice chairman and secretary are appointed by the Board of Directors.
The Directors’ term of office is one year. The term of office of a Director ends at the end of the next ordinary general
shareholders’ meeting considering and voting on the financial statements for the year just ended.
Directors are eligible for re-election; they may be removed at any time by action taken at a general shareholders’
meeting.
The Chairman of the Board of Directors is elected at a general shareholders’ meeting.
The term of his/her responsibilities as Chairman is one year. The Chairman’s term of office ends at the end of the
next ordinary general shareholders’ meeting considering and voting on the financial statements for the year just
ended.
The Chairman is eligible for re-election; he/she may be removed at any time by action taken at a general
shareholders’ meeting.
In the event of a vacancy during a term of office, the Chairman shall be appointed by the Board of Directors.
Subject to the responsibilities of the committees and the management delegation set forth in the Company’s internal
organizational rules and procedures, the Chairman manages and directs the work of the Board of Directors on
which he/she reports at a general shareholders’ meeting. She/he is responsible for the operation of the Company’s
management bodies and, in particular, ensures that the Directors are able to perform their responsibilities.
Together with management, the Chairman shall transmit to the Board of Directors, on a timely basis, information
on all aspects of the Company that could influence its decisions, actions, and supervision.
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The Board of Directors meets as often as the Company’s business and affairs require, but at least four times a year.
Meetings of the Board of Directors are called by the Chairman in writing (letter, fax, email, or any other similar
notice). If the Chairman is unable to act, meetings of the Board ofDirectors may also be called by the Vice Chairman.
Each member of the Board of Directors may ask the Chairman at any time to call a meeting of the Board of Directors
to consider and act on a special agenda or ask that certain items be placed on the agenda sent with the notice.
Notices of meetings are to be sent upon 10 days’ prior notice. In the event of an emergency, the Chairman may set
a shorter period. The notice of meeting will contain the agenda items as well as the documents necessary for the
Board of Directors to transact business, presented clearly and concisely. If it is not possible to provide the
documents before the meeting, the Chairman is to give members of the Board of Directors sufficient time to
familiarize themselves therewith before beginning the meeting.
As a general matter, persons responsible for an agenda item are to be present at the meeting. It should be possible
to contact persons who are indispensable for answering questions and in a position to provide a better
understanding of various points. The Chairman may invite members of management, employees, or third parties to
take part in meetings of the Board of Directors for all, or any part, of the agenda.
For important matters, the Board of Directors may consult independent outside experts at the Company’s expense.
Decisions by the Board of Directors may be taken at a meeting, telephonic conference, videoconference, or any
other means allowing for a discussion.
If the Board of Directors has several members, its actions are to be taken at a meeting by a majority of the votes
cast by the members present; provided, however, that they represent a majority of the Board (quorum).
Decisions of the Board of Directors may also be taken by a majority vote of members of the Board of Directors in
the form of a written consent (by letter, fax, or email) to a proposal by the Chairman, as long as the proposal is
submitted to all members, and none of them requests a discussion.
In the event of a tie vote, the Chairman’s vote shall prevail.
Actions relating to formalities linked to capital increases, future payments of paid-in capital, or an issuance of
coupons may also be taken by a single Director, and no quorum will be necessary.
Minutes of the deliberations and discussions of the Board of Directors are to be prepared, even when only a single
Director takes part, and must be signed by the Chairman and the secretary of the meeting. The minutes must list
the members present. The Chairman shall be responsible for the content and retention of Board minutes.
Each member of the Board of Directors has the right to obtain information about the Company’s business and
affairs. During meetings, each Board member may ask for information from the other members, as well as from
members of management. Outside of meetings, Directors are to send their requests for information to the Chairman.
The Board of Directors may take decisions on any and all matters not reserved by law or the Articles of Association
to shareholders at a general meeting and manage the Company’s business and affairs to the extent there has been
no delegation to management.
The Board of Directors represents the Company vis-à-vis third parties. The Board of Directors may give signature
authority to its members, on a case-by-case basis, by registration with the commercial register. To the extent a
Director is a member of management, management’s internal rules will determine his/her authority.
The Board of Directors has the following nontransferable and inalienable attributions:
i. exercising the highest-level management of the Company and issuing necessary instructions, especially for
determining the Company’s strategy and general resources for achieving it, the ultimate supervision of
management and of the persons to whom it is delegated, decisions to develop, terminate, acquire or sell
strategic activities, and the initiation of and withdrawal from strategically important litigation;
ii. setting the basic principles in respect of the organization of the Company’s administration and management;
iii. appoint and remove the persons responsible for management and representation;
iv. setting the compensation of the Directors and management, particularly the compensation strategy and
structure of the compensation of Directors and management within the framework provided by law and
regulations and the Articles of Association, by guidelines relating to the workplace pensions of members of the
Board of Directors and management, and by proposals at the general shareholders’ meeting to consider and
act on approving the total compensation of the Board of Directors and management, setting the individual
compensation of the Directors and members of management and preparing a report on compensation to be
submitted to a general meeting of shareholders;
v. creating a system for identifying and handling risks and internal controls in compliance with law and the Articles
of Association;
vi. setting the principles applicable to bookkeeping and accounting, financial controls, and the strategic financing
plan, especially the establishment of the accounting principles, and determination of the accounting reference,
and the establishment of an appropriate system of financial planning, including, especially, the annual budget;
vii. preparing the management report for the shareholders at an ordinary general meeting including approval of the
financial statements);
viii. exercising the highest-level supervision of persons responsible for management to ensure, among other things,
compliance with law, the Articles of Association, rules, regulations, and instructions given;
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ix. calling and giving notice of general shareholders’ meetings and preparing proposals by the Board of Directors;
x. carrying out decisions approved at general shareholders’ meetings taken in compliance with law and the Articles
of Association;
xi. adopting the rules relating to the Company’s communications and public relations strategy; and
xii. informing a court in the event of over-indebtedness.
In addition, the Board of Directors is responsible for ensuring that appropriate measures (such as embargoes or
black-out periods) are taken for purchases and sales of the Company’s shares or relevant rights at critical moments,
such as in connection with an acquisition proposal or prior to a press conference or disclosure of the Group’s results
(please see the rules and regulations relating to the obligations of Directors linked to the listing of the Company).
Each year the Board of Directors will report on its activity, on the activity of its committees, and on the principles
applicable to the organization and delegation of management. On that occasion it will review the relevance of the
Board of Directors’ organizational rules and procedures and other rules and regulations that it has issued and, if
appropriate, adapt them to new requirements.
19.2.2.2 Management143
The Company’s executive management consists of the following, appointed by the Board of Directors:
•
•
•
•
•
Chief Executive Officer (CEO) (“Directeur Général”);
Chief Financial Officer (CFO) (“Directeur financier”);
Chief Medical Officer (CMO) (“Directeur en charge des affaires médicales”);
Chief Scientific Officer (CSO) (“Directeur en charge des affaires scientifiques“);
Chief Development Officer (CDO) (“Directeur en charge du développement“).
Subject to any management roles attributed to members of the Company’s Board of Directors, management of the
Company is entirely delegated to management. Management, moreover, assists the Board of Directors in
discharging its responsibilities and, to the extent provided by law and the Articles of Association, carries out the
decisions taken by the Board of Directors.
Management’s authority is limited by the allocation of roles and responsibilities approved by the Board of Directors
(approval requirements, consultation, or prior information of the Board of Directors, its Chairman or the chairs of
various committees) or by any ad hoc action or decision of the Board of Directors reserving the right to grant prior
approval.
Management may sub-delegate authority to its members or to others in accordance with an organization chart that
establishes the principles and limits of the sub-delegation.
The CEO reports to the Board of Directors, while the other members of management report to the CEO or the COO.
Management provides appropriate periodic and special reports on events. Management provides the Board of
Directors each month with a brief report which contains key numbers that make it possible for the Board of Directors
to monitor the evolution of the business, its affairs, and changes in the cash position.
Members of management may represent the Company vis-à-vis third parties and are registered at the commercial
register, with signing authority requiring two signatures — those of the CEO and CFO.
19.2.3 Rights, Privileges, Restrictions and Obligations Attaching to the Shares (Articles 5, 7, and 14 of the
Articles of Association)
The Company’s shares are in bearer form. Each share is indivisible vis-à-vis the Company, which recognizes only
one owner for each share. Since November 1, 2019, pursuant to the Federal Act on Implementation of
Recommendations of Global Forum on Transparency and Exchange of Information for Tax Purposes and to the
related Guidance, bearer shares are only allowed for Swiss companies if the issuing company has securities that
are listed on a stock exchange (and in the case of a foreign stock exchange, that this exchange is subject to
principles of transparency that are equivalent to those provided for under Swiss law) or if they are intermediated
securities pursuant to the Swiss federal law of 3 October 2008 on intermediated securities and deposited with a
Swiss depositary. The Company has provided the required evidence that (i) its shares are listed on Euronext Paris
and (ii) that Euronext Paris is subject to principles of transparency that are equivalent to those provided for under
Swiss law, and is therefore allowed to continue having bearer shares. So long as GeNeuro’s bearer shares remain
listed on Euronext Paris or another stock exchange and, in the case of listing on a non-Swiss stock exchange, as
long as the Company can demonstrate that this foreign stock exchange is regulated by principles of transparency
that are equivalent to those of Swiss law, there will be no requirement to change their form to registered shares.
143 This description of the role and authority of the Company’s management, which is provided for information in
this Section 19.2.2.2, is not a summary of the Articles of Association of the Company which do govern such role or
authority.
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All the Company’s shareholders shall have voting rights proportional to the nominal value of all the shares belonging
to them.
Each shareholder has the right to at least one vote, even if the shareholder has only one share.
Distribution of earnings under the Articles of Association (Article 7 of the Articles of Association)
Each shareholder shall have the right to a portion of the earnings reflected on the balance sheet in proportion to
contributions to equity capital.
Any dividend that has not been claimed within five years of its availability is time-barred automatically and by
operation of law (“de plein droit”) in favor of the Company.
19.2.3.1 Form of securities issued by the Company (Article 6 of the Articles of Association)
Shares shall be dematerialized and issued in the form of value rights (“droits-valeurs”). The value rights of the
shareholders will be recorded in the principal registry and the rights corresponding thereto will be recorded to
securities accounts with banks. The Company’s shares held as indirectly held securities may be transferred or
pledged or put into beneficial ownership (“remises en usufruit”) by notice in accordance with the terms and
conditions provided under applicable Swiss federal law.
19.2.3.2 Preferential subscription right
The Company’s shareholders shall have a preferential right to subscribe for capital increases on the terms and
conditions provided by the Swiss Code of Obligations and the Articles of Association.
As provided for under the Swiss Code of Obligations and Article 5b of the Company’s Articles of Association (see
also Section 19.1.6), the Board of Directors may limit or cancel the shareholders’ preferential subscription rights:
•
In the case of over-allotment options granted in the usual course of business to banks in the context of a
public share issue;
•
•
In the case of shares issued during acquisitions of firms or parts of other firms;
In the case of the issuance of new shares on international equity markets through a bookbuilding process
with institutional shareholders.
19.2.3.3 Limitations on voting rights
No provision of the Articles of Association will restrict the right to vote attaching to shares.
19.2.3.4 Changes to Shareholder Voting Rights
Shareholders’ rights as set forth in the Company’s Articles of Association may be changed or amended only at a
general shareholders’ meeting.
19.2.4 General Shareholder Meetings (Section 3 of the Articles of Association)
General shareholders’ meetings shall include all shareholders regardless of the number of shares the shareholder
owns or possesses.
Ordinary general shareholders’ meetings are held in principle each year within six months following the end of the
financial year. An extraordinary general meeting may be held as often as necessary.
19.2.4.1 Notices of meetings and holding of general shareholders’ meetings (Articles 11 seq. of the Articles of
Association)
Notice of meetings for a general shareholders’ meeting (“GSM”) is given by the Board of Directors or, if needed, by
the statutory auditors, liquidators, or representative of debt securities.
One or more shareholders representing together at least a tenth of the equity capital may require that a GSM be
called or that an item be put onto the agenda. The notice of meeting and inclusion of an item on the agenda must
be requested in writing, indicating the subjects of the discussion and proposals.
The Board of Directors is to communicate the date of the GSM at the earliest possible time. A GSM is called by a
notice inserted into the Feuille Officielle Suisse du Commerce (official Swiss business gazette) at least 20 days
prior to the date of the meeting.
The Company will announce the date until which shareholders may send their requests for inclusion of items on the
agenda and their proposals relating thereto. This date should not be more in advance of the date of the GSM than
is necessary.
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The notice of meeting must indicate the matters on the agenda as well as proposals by the Board of Directors and
of shareholders who have sought that a meeting be called and held or who have requested inclusion of a matter on
the agenda.
The notice of a GSM must inform the shareholders that the management report, the compensation report, and
reports of the auditors are available to them at the registered / principal office of the Company and subsidiaries, if
any, no later than 20 days prior to the GSM. Each shareholder may demand that a copy of such documents be
provided to the shareholder promptly.
The owners or representatives of all the shares may hold a GSM, if there is no opposition, without using the forms
prescribed for the notice of meeting. For as long as they are present, such shareholders have the right to conduct
business and validly act with respect to any and all matters within the scope of the GSM.
In order to obtain their admission card and vote at the GSM, the shareholders or their representatives must submit
to the Company a bank certificate certifying that the securities are deposited and blocked at the bank. The securities
must be blocked until the day after the GSM.
The Board of Directors is free to determine the reference date until which shareholders may request from to the
Company their admission and voting card, taking into account practical constraints.
A shareholder may request that the shareholder’s shares be represented by another person, whether or not a
shareholder, or by an independent proxy. Representation of shareholders by a member of a committee of the
Company or by a custodian is prohibited.
At a GSM an independent representative will be elected, and the term of office of such person will terminate at the
end of the next ordinary general shareholders’ meeting. In the event of a vacancy, the Board of Directors will appoint
an independent representative for the next GSM.
The independent representative is to vote on the basis of general or specific instructions given by the shareholders.
If no instruction is received, the independent representative is to abstain.
Voting by mail is not a form of vote allowed under Swiss law.
GSMs are chaired by the Chairman of the Board of Directors or, in the Chairman’s absence, by another member
thereof. If there is none, the shareholders at the general meeting will elect a chairman.
The chairman of the GSM will appoint a secretary who may, but need not, be a shareholder.
The chairman answers questions about the Company or asks competent persons or chairs of committees of the
Board of Directors to answer them. Complex matters must be submitted in writing to the Board of Directors
sufficiently in advance for it to prepare its answers.
The Board of Directors oversees the preparation of the minutes of GSMs. The minutes shall state (i) the number,
type, par value and class of shares represented by shareholders and the independent representative, (ii) the
decisions and the outcome of elections, (iii) requests for information and answers given, and (iv) declarations or
statements which the shareholders ask to have recorded.
The minutes are signed by the chairman and the secretary of the meeting. The shareholders have the right to
consult the minutes. Excerpts thereof that are issued are certified true and correct by a member of the Board of
Directors.
19.2.4.2 Quorum (Article 19 of the Articles of Association)
An ordinary or extraordinary shareholders’ meeting may be validly held regardless of the number of shares
represented.
The Chairman organizes the terms and conditions of voting so that it is possible to determine the will of the majority
as clearly and efficiently as possible. If a vote is held with raised hand, the shareholders may require any refusals
to vote or abstentions from voting to be recorded; the number of votes is to be disclosed.
The shareholders at a general meeting take decisions and hold elections on the basis of an absolute majority of all
of votes attributable to the votes represented.
If, in connection with an election, the first round of voting does not make it possible to secure an absolute majority,
a second round is to be held during which a relative majority will be decisive.
In the event of a tie vote the chairman’s vote prevails.
On the basis of the requirements of the Swiss Code of Obligations, the Articles of Association provide that it is
necessary to secure at least two-thirds of the votes attributable to the shares represented and an absolute majority
of the paid-in capital amount in order to (i) change or amend the Company’s purposes or legal form, (ii) issue shares
with preferred voting rights, (iii) make any change in the clause limiting in percentage terms the registration of a
shareholder with the right to vote in the share records, (iv) increase the equity capital by an authorized or conditional
increase, or an ordinary increase through equity, contributions in kind or for the purposes of acquiring assets, or a
grant of special benefits, (v) limit or eliminate the preferential subscription right, (vi) change the Company’s
registered and principal office, and (vii) dissolve the Company.
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19.2.5 Committees
The Board of Directors has three permanent committees formed pursuant to rules approved by the Board of
Directors:
•
•
•
the Remuneration Committee;
the Nomination Committee; and
the Audit and Control Committee.
In connection with its authority, the Board of Directors may create other committees or give various tasks to
members on the basis of rules or ad hoc decisions.
19.2.6 Clauses in the Articles of Association that could have an impact on the occurrence of a change of control
The Company’s Articles of Association do not contain any provision that would make it possible to delay, defer, or
prevent a change of control.
As mentioned in section 3.3.3, insofar as the Company’s registered office is in Switzerland whilst its shares are
listed only on Euronext’s regulated market in Paris, neither French regulations on mandatory public tender offers
and buyouts, nor Swiss regulations on public takeover offers (purchase or exchange offer) are applicable to public
tender offers concerning the Company’s shares.
19.2.7 Requirements for holdings exceeding certain percentages
Since the listing of the Company’s shares on Euronext Paris, the Company, as a third-country issuer of shares with
securities admitted to trading on a regulated market in France and, therefore, having chosen France as an initial
member, is subject to applicable French law and regulations requiring reporting when investment thresholds are
crossed.
Thus, any individual or legal entity that may possess a number of shares representing more than 5%, 10%, 15%,
20%, 25%, 30%, 33.33%, 50%, 66.66%, 90%, or 95% of the Company’s equity capital and voting rights must inform
the Company and the AMF thereof before the end of trading no later than on the fourth trading day following the
crossing of the investment threshold, and the total number of shares and voting rights it possesses.
This information is also to be provided, in the same time frame, when the equity stake or right to vote falls below
the thresholds mentioned above.
The person or entity responsible for providing this information must also specify in the report: (i) the number of
shares it possesses convertible into, or carrying the right to acquire, shares and the number of votes attaching
thereto, and (ii) the shares already issued that such person or entity may acquire under an agreement or security.
The same applies to voting rights that such person or entity may acquire on the same terms and conditions.
A threshold crossing reporting form is available on the AMF’s website.
19.2.8 Special provisions applicable to changes in the equity capital
Equity capital and rights attaching to shares constituting equity may be changed on the conditions provided by law
and the Articles of Association, although the Company’s Articles of Association do not contain specific provisions.
For information, the Swiss Code of Obligations provides that the general shareholders’ meeting decision to increase
the capital may only cancel the preferential subscription rights for valid reasons. The following are considered as
valid reasons: the acquisition of a company, or of parts of a company or of a stake in a company, as well employee
incentives. No shareholder must be unfairly advantaged or disadvantaged by the cancellation of preferential
subscription rights (art. 652b CO).
19.2.9 Financial year (Article 38 of the Articles of Association)
Each financial year begins on January 1 and end on December 31 of each calendar year.
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CHAPTER 20.
MATERIAL AGREEMENTS
License Agreements with bioMérieux
On January 31, 2006, the Company entered into a license agreement with bioMérieux, amended on October 27,
2010 to cover additional indications. The initial agreement granted an exclusive license to GeNeuro for any
therapeutic application of the patents involving HERV-W belonging to bioMérieux, whilst leaving to bioMérieux any
and all rights to the same patents in the field of diagnostics. However, in connection with the license agreement
relating to companion diagnostics, dated October 14, 2015, bioMérieux agreed to waive its rights to develop
companion diagnostics linked thereto to temelimab and granted to GeNeuro a non-exclusive license to its rights for
which the Company agreed to pay it a maximum of €100,000 (excluding taxes).
As of the date hereof, GeNeuro has paid €1,194 thousand to bioMérieux in respect of milestone payments for the
clinical development of temelimab. Other milestone payments as well as royalties are also contemplated.
Exclusive License Agreement with the NIH
In October 2018, GeNeuro announced it had signed an exclusive worldwide license with the National Institute of
Neurological Disorders and Stroke (NINDS), part of the U.S. National Institutes of Health (NIH). The agreement
covers the development of an antibody program to block the activity of pHERV-K Env (pathogenic envelope protein
of the HERV-K family of Human Endogenous Retroviruses), a potential key factor in the development of ALS.
Pursuant to this agreement, the Company made an up-front payment of KUSD 50 (K€ 44), and is committed to
make annual minimum payments of KUSD 25 (approximately K€ 21) and milestone payments up to a total sum of
USD 11.6 million (approximately € 9.7 million) subject to clinical development achievements; in addition, GeNeuro
will have to pay the NIH royalties based on its net licensing revenues and net sales.
Agreement for clinical trial at Karolinska Institutet’s Academic Specialist Center
On November 25, 2019, GeNeuro announced an agreement with the Karolinska Institutet / Academic Specialist
Center of Stockholm (ASC) to launch a new ProTEct-MS clinical study of temelimab in multiple sclerosis, which
was a Phase IIa, single-center, randomized, double-blind, placebo-controlled, parallel-group, study in 41 RRMS
patients following treatment with rituximab. Following an initial delay due to the start of the COVID-19 pandemic,
the study was fully recruited in February 2021 and was completed in January 2022. The top-line results were
announced on March 21, 2022: the primary endpoint was met, with results confirming the excellent safety profile
and tolerability of higher doses of temelimab administered concomitantly with rituximab. In addition, efficacy data
showed that temelimab has a favorable impact on key MRI parameters measuring neurodegeneration. The
observed effect sizes in this new patient population were consistent with the ones shown in the previous CHANGE-
MS and ANGEL-MS studies.
Contract Development and Manufacturing Agreement with Polymun Scientific GmbH
On December 1, 2012, GeNeuro entered into a contract development and manufacturing agreement with Polymun.
Pursuant to amendments to the contract, the latest being dated January 17, 2022, Polymun has produced and is
producing additional batches of temelimab for use in Phase II trials. Under the contract, GeNeuro owns all
improvements concerning the manufacturing of temelimab developed during the execution of the agreement while
Polymun retains the right to use any improvements to manufacture other proteins. A purchase of the manufacturing
process and a transfer of the technology to third parties, as needed, are possible under the contract with Polymun.
As of the date of this Universal Registration Document, payments are due to Polymun for the completion of the new
manufacturing campaign under the January 17, 2022 amendment, initiated in connection with the post-COVID
programme and financed by the FOPH subsidy.
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CHAPTER 21.
DOCUMENTS AVAILABLE TO THE PUBLIC
Copies of this Universal Registration Document are available, free of charge, from the Company (3 chemin du Pré-
Fleuri – 1228 Plan-les-Ouates – Geneva – Switzerland – Tel.: +41 22 552 48 00).
This Universal Registration Document is also available on the websites of the Company
or
france.org).
During the period of validity of this Universal Registration Document, the following documents (or copies of such
documents) may be consulted at the Company’s registered and principal office:
•
•
the Company’s Articles of Association;
any and all reports, correspondence, and other documents, historical financial information, valuations and
estimates, and statements or reports prepared by an expert at the Company’s request, some of which are
included or referred to in this Universal Registration Document; and
•
historical financial information included in this Universal Registration Document.
All legal and financial documents relating to the Company and required to be made available to shareholders in
accordance with applicable law and regulations may also be consulted at the Company’s principal and registered
office.
The regulated information under the meaning of the AMF’s General Rules and Regulations is also available on the
Company’s website.
CHAPTER 22.
INFORMATION ON INVESTMENTS
The information about the company in which the Company owns or holds a fraction of the equity capital that could
have a material impact on an analysis of its assets and liabilities, financial condition, or profit and loss is set forth in
Section 6.2, “Subsidiaries and Equity Stakes” of this Universal Registration Document and Note 2.2, “Consolidation
Methods” to the Group’s financial statements for the two years ended 31 December 2021 and 2020 set forth in
CHAPTER 18, “Information Regarding the Company’s Assets, Financial Situation and Results” of this Universal
Registration Document.
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CHAPTER 23.
ANNUAL ACCOUNTS FOR THE YEAR ENDED DECEMBER 31, 2021
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2021 Financial statements
GeNeuro SA,
Plan-les-Ouates
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GeNeuro SA – 2021 Universal Registration Document
GeNeuro SA, Plan-les-Ouates
Balance sheet at December 31
Assets
Notes
2021
Audited
EUR
2021
2020
Audited
EUR
2020
For information
(CHF)
For information
(CHF)
Current assets
Cash and cash equivalents
Other current receivables from third parties
Prepaid expenses
4,837,053
3,085,811
63,753
4,997,159
3,187,951
65,863
5,377,373
82,804
5,808,638
89,445
7
84,184
90,936
Total current assets
7,986,617
8,250,973
5,544,361
5,989,019
Non-Current assets
Participations
3
4
5
2,668,364
299,501
1,005,168
1,141,371
2,756,687
309,414
1,038,439
1,179,150
2,668,364
1,225,425
1,233,587
1,148,748
2,882,367
1,323,704
1,332,521
1,240,878
Other non-current financial assets
Property, plant and equipment
Intangible assets
Total non-current assets
Total Assets
5,114,404
5,283,690
6,276,124
6,779,470
13,101,021 13,534,663 11,820,485 12,768,489
Liabilities and Equity
Notes
2021
Audited
EUR
2021
2020
Audited
EUR
2020
For information
(CHF)
For information
(CHF)
Current liabilities
Trade payables
third parties
group companies
Current financial liabilities
third parties
Other current liabilities
third parties
Accrued liabilities
4,664,084
247,576
4,416,508
215,118
215,118
103,462
103,462
900,724
4,818,465
255,771
4,562,694
222,238
222,238
106,887
106,887
930,538
4,059,372
347,237
3,712,135
203,590
203,590
123,696
123,696
919,256
4,384,933
375,085
4,009,848
219,918
219,918
133,616
133,616
992,980
6
7
8
8
9
Total current liabilities
5,883,388
6,078,128
5,305,914
5,731,447
Non-current liabilities
Non-current financial liabilities
Forgivable loan
7
7
845,856
2,990,753
3,836,609
873,854
3,089,747
3,963,601
1,014,638
-
1,014,638
1,096,012
-
1,096,012
Total non-current liabilities
Total liabilities
9,719,997 10,041,729
6,320,552
6,827,459
Equity
Capital
1,033,635
1,116,039
953,942
1,029,516
Legal reserves from capital
Other reserves from capital
Treasury shares
10
10
10
23,206,770 26,194,131 17,665,378 20,396,227
42,750,000 46,400,850 42,750,000 46,400,850
-758,761
-787,834
-802,491
-866,851
Carried forward loss
Loss for the year
Translation adjustment
-55,066,807 -60,548,110 -44,239,215 -48,957,079
-7,783,813
-8,415,080 -10,827,681 -11,591,031
-467,062
-472,643
Total equity
3,381,024
3,492,934
5,499,933
5,941,030
Total Liabilities and Equity
13,101,021 13,534,663 11,820,485 12,768,489
The accompanying notes form an integral part of these financial statements
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GeNeuro SA – 2021 Universal Registration Document
GeNeuro SA, Plan-les-Ouates
Income statement for the 12 months ended
December 31
2021
2020
For information
2021
2020
Notes
Audited
EUR
Audited
EUR
For information
(CHF)
(CHF)
11
9,304
5,005
Income
8,606
4,675
Research and development expenses
General and administrative expenses
Operating loss before interest and taxes
-5,363,834
-2,425,284
-7,780,512
-5,798,841
-2,621,975
-8,411,512
-4,948,585
-2,826,246
-7,770,156
-5,297,460
-3,025,496
-8,317,951
Financial income
248,751
-141,202
130,810
-248,530
12
12
268,925
-152,653
140,032
-266,051
Financial expenses
Impairment to financial assets
Operating loss before taxes
-101,182
-2,922,143
-10,810,019
4, 12
-109,388
-3,128,154
-11,572,124
-7,774,145
-8,404,628
Pre-tax loss
-7,774,145
-10,810,019
-8,404,628
-11,572,124
Direct taxes
-9,668
-17,662
-10,452
-18,907
Net loss for the period
-7,783,813
-8,415,080
-10,827,681
-11,591,031
The accompanying notes form an integral part of these financial statements
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GeNeuro SA – 2021 Universal Registration Document
GeNeuro SA, Plan-les-Ouates
Appendix to annual financial statements
Additional information
Additional information in the notes to the financial statements, such as the cash flow statement and the
management report as required by art. 961d CO is not included in the notes as the entity prepares
consolidated accounts in accordance with IFRS.
1. Principles used in preparing the annual financial statements
These annual financial statements have been prepared in conformity with the provisions on commercial
accounting of the Swiss Code of Obligations (art. 957 to 963b, applicable since January 1, 2013). The
main balance sheet items are accounted for as follows.
Certain amounts from the prior year were reclassified for comparison purposes.
Since January 1, 2016, the Company maintains its accounts in euros, this currency being considered
as the functional currency.
The financial statements provided in Swiss francs (CHF) are for information purposes. Amounts have
been converted from euros into CHF at the following rates:
2021
1.0811
1.0331
2020
1.0705
1.0854
Income statement items
Balance sheet items
except for equity items which are converted at the applicable historical rate
Revenue recognition
The "Income" line item includes income derived from collaborative agreements entered into by GeNeuro
SA.
The Company recognizes income from license fees, the provision of R&D services and management
fees on the arrangement of R&D services. Income is recognized when control of the goods or services
passes to the customer. For the provision of a license, this is dependent on whether the license conveys
a right of use or right of access to the underlying intellectual property. The R&D services are recognized
over time as the Company performs the clinical trials and the customer benefits from those services.
The Company identifies the performance obligations in each contract with a customer. A performance
obligation is a promise to deliver goods and services that is distinct from other promises in the contract.
Where a contract contains more than one performance obligation, the Company allocates the
transaction price based on the stand-alone selling price of each separate performance obligation. The
Company receives upfront payments and variable consideration in the form of milestones. The Company
uses the most likely method to estimate variable consideration and includes such consideration in the
transaction price and income if it is not highly probable of reversal.
Income from licenses that convey a right to use intellectual property is recognized when the customer
is able to use that intellectual property. R&D services are recognized over the clinical study period
based on an input method. This method is calculated by the clinical trial costs incurred over the
estimated costs to complete the study.
The Company provides management services, where it arranges clinical trials with an external provider
on behalf of a customer. In these arrangements, the Company is acting as agent and recognizes the
management fee as income as the management services are delivered.
Going concern
GeNeuro SA is a biopharmaceutical company at the clinical stage developing innovative therapeutics.
The Company is exposed to risks and uncertainties inherent in establishing and developing a business
that are common to early-stage companies in the biotechnology industry, including, but not limited to,
development by competitors of new technological innovations, dependence on key personnel, protection
of proprietary technology, compliance with government regulations and the ability to secure additional
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GeNeuro SA – 2021 Universal Registration Document
financing to fund operations. Product candidates currently under development will require significant
additional research and development efforts, including preclinical and clinical testing and regulatory
approval prior to commercialization. These efforts require significant amounts of additional capital,
adequate personnel and infrastructure and extensive compliance-reporting capabilities. Even if the
Company’s product development efforts are successful, it is uncertain when, if ever, the Company will
realize significant revenue from product sales.
The Company’s success may also depend on its ability to:
•
•
•
•
•
establish and maintain strong patent position and protection;
enter into collaborations with partners in the pharmaceutical industry;
acquire and retain key personnel;
acquire additional funding to support its operations.
The Company’s financial statements have been prepared on the basis of continuity of operations,
realization of assets and the satisfaction of liabilities and commitments in the ordinary course of
business. Since its incorporation, the Company has primarily funded its growth through issuances of
shares, including the capital increase conducted at the time of its initial public offering in 2016 and two
capital increases completed in January 2020 and July 2021, and a Credit Facility provided by its
shareholder GNEH SAS in 2019, which was repaid by way of set-off through the capital increase of
January 2020.
The Company expects that its operating losses and negative cash flows will continue for the foreseeable future,
although it expects that negative cash flows will continue to decrease given the Company’s current level of activity.
The continuation of the Company’s clinical development requires the Company to raise additional funds; in the
absence of such new financing during the first half of 2022 and based on its current cash position, the Company
will implement its fallback operating plan, which includes a restructuring of its activities; on this basis, the Company
expects to be able to cover its cash outflows for at least twelve months from the date of these financial statements.
Hence, the financial statements have been prepared on a going concern basis.
The future viability of the Company beyond that date is dependent on its ability to raise additional capital
to finance its operations. The Company will seek additional funding through public financings, debt
financings, collaboration agreements, strategic alliances and licensing arrangements. The Company
may not be able to obtain financing on acceptable terms, or at all, and the Company may not be able to
enter into collaborations or other arrangements. The terms of any financing may adversely affect the
holdings or the rights of the Company’s stockholders. If the Company is unable to obtain funding, the
Company could be required to delay, reduce or eliminate research and development programs, product
portfolio expansion, or future commercialization efforts, which could adversely affect its business
prospects.
Although management continues to pursue these plans, there is no assurance that the Company will be
successful in obtaining sufficient funding on terms acceptable to the Company to fund continuing
operations, if at all.
Liquidity risk management is assessed in Note 16.
Non-current assets
Property, plant and equipment are carried in the balance sheet at their purchase cost, less the
appropriate economic depreciation. As from January 1, 2019, the Company has applied IFRS 16
"Leases", pursuant to which, at the commencement date of a lease, a lessee recognizes a liability to
make lease payments (i.e., the lease liability) and an asset representing the right to use the underlying
asset during the lease term (i.e., the right-of-use asset). Lessees are required to separately recognize
the interest expense on the lease liability and the depreciation expense on the right-of-use asset. In
applying the new standard, a lessee determines each lease’s term including any lessee’s extension or
termination option that is deemed reasonably certain. The assessment of such options is performed as
of the commencement of each lease and requires judgment by management. Measuring the lease
liability at the present value of the remaining lease payments requires using an appropriate discount
rate in accordance with IFRS 16. The discount rate is the interest rate implicit in the lease or, in the
event it cannot be determined, the incremental borrowing rate at the date of the lease commencement.
The incremental borrowing rate can have a significant impact on the net present value of the right-of
use asset and lease liability recognized and requires judgement.
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GeNeuro SA – 2021 Universal Registration Document
As per IFRS 16, lessees must remeasure the lease liability upon the occurrence of certain events (e.g.,
a change in the lease term, a change in future lease payments resulting from a change in an index or
rate used to determine those payments). The lessee generally recognizes the amount of the
remeasurement of the lease liability as an adjustment to the right-of-use asset.
Intangible assets primarily comprise license rights on patents.
Research and development expenses are accounted for as expenses when incurred, based on the fact
that the criteria for recognizing them as intangible assets are not fulfilled.
Lease agreements
Since January 1, 2019, the Company applies IFRS 16 “Leases” for lease agreements and has elected
to use the exemption proposed by the standard on lease contracts for which the lease terms end within
12 months as of the date of initial application; and to exclude the low-value assets (with an individual
value in USD of less than 5’000 when new).
At the inception of the lease a right-of-use asset and a lease liability are recognized in the balance sheet.
The asset is initially measured at the amount of the lease liability plus any initial direct costs incurred.
The lease liability is initially measured at the present value of the lease payments payable over the lease
term, including variable lease payments depending on an index at the commencement date and the
exercise price of purchase options if it is reasonably certain that the option will be exercised. The lease
liability is discounted at the rate implicit in the lease. If that rate cannot readily be determined the
incremental borrowing rate is used. Lease liabilities are subsequently re-measured to reflect possible
changes in the lease terms. Right-of-use assets are depreciated over of the duration of the lease
contract including contractually agreed optional extension periods, whose exercise are deemed to be
reasonably certain. The depreciation is recognized in operating income. The unwinding of the
discounting effect is included in the financial expense. Lease payments are accounted for as a
repayment of the lease liability. Expenses for lease contracts for objects with a value of less than USD
5 thousand and lease contracts with a duration of up to twelve months are recognized directly in the
income statement.
Information, detailed structure and comments on the annual financial statements
2. The annual average full-time employee number was 9.5 employees for 2020 and 7.8 employees for
2021.
3. Participations
2021
Voting rights
2020
Voting rights
Capital
100%
-
Capital
100%
100%
Name and legal form
GeNeuro Innovation SAS
Headquarter
Lyon, France
100%
-
100%
100%
GeNeuro Australia (Pty) Ltd
Sydney,
Australia
The Company’s Australian subsidiary was liquidated during 2021 due to the lack of foreseeable
activity for the Company's Australian subsidiary following the completion of the clinical trials it
conducted.
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GeNeuro SA – 2021 Universal Registration Document
4. Other financial assets
2021
2021
For
2020
2020
For
Audited
EUR
information
(CHF)
Audited
EUR
information
(CHF)
Currency derivatives
Loans granted to employees
Current financial assets
-
-
-
-
-
-
-
-
-
-
-
-
Rent deposit
180,895
118,606
-
186,883
122,533
-
173,007
74,876
977,542
1,225,425
186,882
80,881
1,055,941
1,323,704
Cash reserve for liquidity contract
Advances to subsidiaries
Other non-current financial assets
299,501
309,416
The reduction in "advances to subsidiaries" is due to the liquidation of the Company’s Australian
subsidiary – see Note 12.
5. Property, plant and equipment
2021
For
information
(CHF)
2020
For
information
(CHF)
2021
2020
Audited
EUR
Audited
EUR
Gross value
Building (right of use)
1,749,424
-
179,377
12,120
1,940,921
1,807,330
-
185,315
12,521
2,005,166
1,749,424
-26,684
179,378
12,120
1,889,728
-28,824
193,764
13,092
Right of use adjustment on transition to IFRS 16
Office and computer equipment, furniture
Fixtures and fittings
Total Gross Value
1,914,238
2,067,760
2021
For
information
(CHF)
2020
For
information
(CHF)
2021
2020
Audited
EUR
Audited
EUR
Accumulated depreciation
Building (right of use)
Office and computer equipment, furniture
Fixtures and fittings
-754,995
-168,638
-12,120
-522,567
-148,186
-9,898
-779,985
-174,220
-12,521
-564,477
-160,071
-10,692
Total Gross Value
-935,753
-680,651
-966,726
-735,239
Net Book Value
Building (right of use)
Office and computer equipment, furniture
Fixtures and fittings
994,429
10,740
-
1,027,345
11,095
-
1,200,173
31,192
1,296,427
33,694
2,222
2,400
Total Net Book Value
1,005,168
1,038,440
1,233,587
1,332,521
6. Trade payables
The increase in trade payables to group companies from 2020 to 2021 is attributable to the invoice
of services provided by the Company's French subsidiary, less any payments made during the year.
Trade payables to third parties have decreased during the year due to the reduction in the activities
of the Company.
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GeNeuro SA – 2021 Universal Registration Document
7. Current and non-current financial liabilities
At December 31, 2021, current financial liabilities are comprised of the current portion of the lease
liability corresponding to the right of use.
The non-current financial liabilities at December 31, 2021, are comprised of:
- Non-current financial liabilities, corresponding to the non-current portion of the lease liability
corresponding to the right of use; and
- A forgivable loan provided by the Swiss Federal Office for Public Health pursuant to the FOPH’s
Federal Funding Programme for COVID-19 Medicines, pursuant to which the Company was
selected to receive a grant of 6.7 million Swiss francs (€6.4 million) to co-fund 50% of a Phase II
clinical trial to treat patients with long-standing COVID who exhibit severe neurological and
psychiatric symptoms. Based on the terms of the subsidy contract entered into with the FOPH,
the Company considers that it has received a forgivable conditional loan from the FOPH. The
amount recognized at December 31, 2021, of € 2,991K, corresponds to the instalment payment
which the Company invoiced to the FOPH, which a matching amount of € 2,991K accounted for
within the “Other current receivables from third parties” as of December 31, 2021. The instalment
payment was received in January 2022.
8. Other current liabilities
At December 31, 2021, other current liabilities are mostly comprised of accrued liabilities for directors'
fees, which were paid in January 2022.
Amounts due to pension institutions
At December 31, 2020 or 2021, there were no amounts due to the Swiss occupation pension scheme.
9. Accrued liabilities
At December 31, 2021, the accrued liabilities include € 274K of accruals for executive management
bonuses attributable to 2021 and related social charges.
10. Equity
On July 13, 2021, the Company completed a €6.0 million share capital increase through an international
private placement reserved to qualified institutional investors, through the issuance of 1,730,460 new
ordinary bearer shares.
Accordingly, at December 31, 2021, the Company’s share capital amounted to € 1,033.6K (CHF
1,116.0K, converted into euros at the applicable historical exchange rates) and was divided into
22,320,777 common bearer shares with a nominal value of CHF 0.05. All shares are fully paid up.
As a result of this capital increase, the number of authorized shares was reduced to 8,564,701 bearer
shares each with a nominal value of CHF 0.05. The approval for this authorized capital lapses on May
27, 2022.
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GeNeuro SA – 2021 Universal Registration Document
Own shares of the Company held by the Company or its subsidiaries (book values)
2021
2020
Value
(EUR)
Value
(EUR)
Number
Number
Value in CHF
for information
January 1
139,645
802,491
-
105,881
-
699,815
787,834
-
Exercise of stock options
Purchases
-
247,132
-260,754
-
-
477,372
-374,696
-
934,150
-977,880
-
153,306
-119,542
-
1,009,910
-1,057,186
47,276
Sales
Currency translation
December 31
Nominal value of own shares
126,023
CHF 6,301
758,761
139,645
CHF 6,982
802,491
787,834
11. Income
The Company‘s reported income for 2021 and 2020 relates to withholding tax administrative
payments.
12. Financial income and expenses
Financial expenses decreased in 2021 compared to 2020, which included interest on the shareholder
loan of EUR 7.5 million from GNEH SAS, repaid on January 31, 2020 of in a debt set-off with the
amount due by GNEH SAS for its participation to the January 2020 capital increase.
Impairment of financial assets: due to lack of foreseeable activity for the Company's Australian
subsidiary following the completion of the clinical trials it conducted, the Company decided to
liquidate this subsidiary during 2021. Accordingly, in 2020 the Company has taken an impairment of
EUR 2,922K against the equity participation and the advances granted to the subsidiary,
corresponding to the net expected loss on these assets. Following the liquidation of the Company in
2021 and owing to the evolution of the Australian dollar vs. the euro, the Company incurred an
addition, final impairment of €101K.
13. Commitments
As mentioned in Note 1, as of January 1, 2019, the Company has applied IFRS 16 "Leases", pursuant
to which it recognizes a liability to make lease payments in connection with its current premises.
14. Participation rights and options granted to Management, Board of Directors and employees
Number of options
Total Nominal value
(2021 grants)
2021
2020
EUR
8,130.87
483.98
CHF
8,400.00
500.00
Board of Directors/Management
Employees
168,000
10,000
166,500
15,000
During 2020, the Company's Board of Directors approved a new Equity Incentive Stock Option Plan,
pursuant to which it made in 2021 additional grants of 178,000 stock options during 2021 to
management and employees, with an exercise price of EUR 3.19 per share and an exercise term of
10 years. The number of options shown above includes options granted to employees of the
Company’s French subsidiary.
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GeNeuro SA – 2021 Universal Registration Document
In addition to the above information, during 2021 a total of 32,621 stock options were cancelled due
to non-exercise during their term or forfeited by departing employees.
The Group has no legal or constructive obligation to repurchase or settle any of the stock options in
cash.
15. Information required in the case of income statement presentation by function
2021
2021
2020
2020
For information
(CHF)
For information
(CHF)
EUR
EUR
Personnel expense
2,280,611
2,465,569
364,307
2,537,903
2,716,825
3,481,199
Amortization, depreciation and impairment on non-
current assets
336,978
3,251,937
16. Other information
Based on the fact that the Company presents consolidated financial statements established pursuant
to IFRS accounting standards, the Company does not present in its statutory accounts a cash flow
statement nor a statement of change in net equity.
Contingent liabilities
GeNeuro SA is not involved in any litigation.
In 2006, the Company entered into an exclusive license agreement with bioMérieux (France) (the
"2006 Agreement") with the sole aim to develop, manufacture and sell products covered by
bioMérieux patents, with bioMérieux retaining in this 2006 Agreement the rights related to
diagnostics.
The 2006 Agreement mainly provides for:
-
an initial payment of KCHF 150, paid in 2006 (EUR 138 K at the January 1, 2016 exchange rate
used at the time the Company changed its functional currency from the CHF to the euro);
-
-
an annual contribution of KCHF 50 (approx. EUR 43 K) for the maintenance costs of the patents;
milestone payments based on development stages of up to CHF 72.6 million in total (approx.
EUR 62 million);
-
royalties based on net license income and net sales of GeNeuro
On commencement of the Phase IIa clinical trial in multiple sclerosis in 2012, the first milestone was
reached, triggering a payment by the Company of KCHF 200 (approx. EUR 171 K at then applicable
exchange rate). The opening of the first investigational site of the Phase IIb clinical trial in multiple
sclerosis in the first half of 2016 triggered a payment by the Company of KCHF 1,000 (EUR 907 K
at the then applicable exchange rate). In addition, the start of the Phase IIa clinical trial in type 1
diabetes triggered a contingent payment of KCHF 200 (approx. EUR171 K), to be paid only if certain
conditions (such as entering a phase III clinical trial in this indication, or sub-licensing the product for
that indication) are met. Owing to the uncertainties surrounding the results of this type 1 diabetes
clinical trial, the Company treats this milestone as a contingent liability.
In 2015, pursuant to an exclusive license agreement on companion diagnostics (the "Diagnostics
Agreement"), bioMérieux also granted an exclusive license on companion diagnostics. This
Diagnostics Agreement commits the Company to make milestone payments of up to EUR 100 K. On
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GeNeuro SA – 2021 Universal Registration Document
the commencement of the Phase IIb clinical trial in 2016, the first milestone was reached, triggering
a payment of EUR 50 K to bioMérieux. The balance of EUR 50 K will be due in the event of the start
of a Phase III. No royalties are due pursuant to the Diagnostics Agreement.
In 2018, pursuant to an exclusive license agreement entered into with the National Institutes of Health
of the USA for the development of an antibody program to block the activity of pHERV-K Env
(pathogenic envelope protein of the HERV-K family of Human Endogenous Retroviruses), a potential
key factor in the development of ALS (Amyotrophic Lateral Sclerosis), the Company made an up-
front payment of KUSD 50 (approximately EUR 43 K), and is committed to make annual minimum
payments of KUSD 25 (approximately EUR 22 K) and milestone payments up to a total sum of
USD 11.6 million (approximately EUR 9.9 million) subject to clinical development achievements; in
addition, GeNeuro will have to pay the NIH royalties based on its net licensing revenues and net
sales.
Liquidity risk
Since its incorporation, the Company has primarily funded is growth through capital increase and
additional funds provided by research collaborations. The Company has never had recourse to bank
loans. As a result, the Company is not exposed to liquidity risk through requests for early repayment
of loans.
Significant R&D expenses have been incurred from the start of the Company's activities, generating
negative cash flows from operating activities.
As at December 31, 2021, the Company’s cash & cash equivalents amounted to € 4,837 K
(December 31, 2020: € 5,377 K).
As disclosed in Note 1 of the Notes to the financial statements, the Board of Directors believes that,
taking into account the projected lower cash outflow from its operating activities for 2022 based on
the operating plans, as well as the eventual mitigation measures it has approved, the Company has
sufficient financial resources to cover its operating costs for at least one year from the date these
financial statements are issued and, as a result, is presenting the financial statements of the
Company on a going-concern basis.
Post balance sheet events
In January 2022, the Company received the instalment payment of CHF 3,090K (€ 2,991K) from the
Swiss FOPH, which was included within the “Other” receivables as of December 31, 2021.
On January 27, 2022, the Company also announced that it had completed its ProTEct-MS study with
the last visit of the last patient, and confirmed that it expected results from this clinical trial by the end
of March 2022.
On March 21, 2022, the Company presented the top-line results from the ProTEct-MS study, which
confirmed the safety of higher doses of temelimab used in combination with rituximab, a high-efficacy
anti-CD20 drug, thus meeting the primary endpoint of the study. The results also showed beneficial
trends on key parameters of neurodegeneration measured by MRI, pointing to the synergistic
potential to address neurodegeneration on top of anti-inflammatory treatment in multiple sclerosis.
Based on these positive results, GeNeuro will resume discussions with regulatory authorities and
with potential partners to define the best development path combining temelimab and anti-
neuroinflammatory treatments.
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GeNeuro SA – 2021 Universal Registration Document
CHAPTER 24.
RESOLUTIONS TO BE SUBMITTED TO THE MAY 31, 2022,
ANNUAL GENERAL SHAREHOLDERS’ MEETING
The Company’s annual Ordinary General Meeting is expected to be held on May 31, 2022, at 09:30 at the
Company’s head office, Chemin du Pré-Fleuri 3, CH-1228 Plan-les-Ouates, Geneva – Switzerland. The formal
notice to the meeting will be posted based on the Company’s regulations and Swiss law, and will be the only official
notice; as a result, certain items listed below may vary in the final official notice.
Based on article 27 of the Swiss Ordinance 3 on Measures to Combat the Coronavirus of 19 June 2020 (COVID-
19 Ordinance 3, status as of April 15, 2021), the Company has decided that shareholders of the Company may
exercise their rights at the Ordinary General Meeting exclusively through the independent proxy. This measure
allows the Company to hold the Ordinary General Meeting as planned despite the pandemic. The conduct of the
Ordinary General Meeting remains subject to additional measures issued by the Swiss authorities.
1
Approval of the 2021 Annual Report
The Board of Directors proposes to approve the 2021 annual financial statements, group financial statements and
annual report.
Comment: the 2021 Annual Report includes the IFRS Consolidated Financial Statements and the Statutory
Financial Statements, both included within the Company’s Universal Registration Document in pages 171-211 and
222 -237.
2
Appropriation of Balance Sheet Results
The Board of Directors proposes to carry forward the balance sheet loss of EUR 62’850’620.
Information concerning the loss of capital and remediation measures
3
The Company has shareholder’s equity of EUR 3’381’024. This amount is less than half its share capital
(EUR 1’033’635) plus legal reserves (EUR 23’206’770), amounting to EUR 12’120’203 (which Swiss law qualifies
as a situation of loss of capital).
During the Annual Shareholders’ Meeting, the Board of Directors will discuss the contemplated remediation
measures, which may include, amongst others, financial, structural, strategic or operational measures
4
Release of the members of the Board of Directors and of Management
The Board of Directors proposes to release the members of the Board of Directors and of the Management.
Compensation
5
5.1 Consultative Vote on the Remuneration Report
The Board of Directors proposes to approve the 2021 Remuneration Report (consultative vote).
Comment: the 2021 Remuneration Report is included in the Company’s Universal Registration Document in pages
148 to 156. Pursuant to the Swiss Code of Best Practice for Corporate Governance, the Board of Directors has
decided to submit the Remuneration Report to shareholders for a separate consultative vote in addition to the
binding approvals of compensation under agenda item 5.2.
5.2 Standard Annual Approvals
5.2.1Approval of the Aggregate Compensation of the Board of Directors from the 2022 Ordinary General
Meeting until the 2023 Ordinary General Meeting
The Board of Directors proposes to approve a maximum aggregate compensation (including related social security
payments) of EUR 160'000 from the 2022 Ordinary General Meeting (approving the 2021 annual accounts) until
the 2023 Ordinary General Meeting (approving the 2022 annual accounts).
Comment: the maximum aggregate compensation payable to directors would be unchanged at EUR 160'000.
5.2.2Approval of the Aggregate Compensation of Management for the Financial Year 2023
(a)
Fixed Compensation
The Board of Directors proposes to approve a maximum aggregate fixed compensation (including related social
security payments and pension fund contributions) of EUR 2'000'000 for the 2023 financial year.
(b)
Variable Compensation
The Board of Directors proposes to approve a maximum aggregate variable compensation (including related social
security payments) of EUR 2'000'000 for the 2023 financial year.
Comment: the maximum aggregate compensation payable to management of EUR 2'000'000, for each of the fixed
and variable compensation, would be unchanged as it reflects the Company’s current development stage.
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6
Election and Re-election of the Members of the Board of Directors
The Board of Directors proposes to individually re-elect:
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Mr. Jesús Martin-Garcia,
Mr Philippe Archinard
Mr Hedi Ben Brahim
Mr. Giacomo Di Nepi,
Mr. Michel Dubois,
Mr. Eric Falcand,
Mr. Gordon Selby Francis, and
Mr. Christophe Guichard.
Each election would be for a new term until the end of the next ordinary General Meeting.
Comment: The Board of Directors thanks Mr. Christophe Guichard, who was elected as a director on November
19, 2015, for his service and his commitment to the Company.
7
Re-election of the Chairman of the Board of Directors
The Board of Directors proposes to re-elect Mr. Jesús Martin-Garcia as Chairman of the Board of Directors for a
new term until the end of the next ordinary General Meeting.
8
Re-election of the Members of the Remuneration Committee
The Board of Directors proposes to individually elect or, as the case may be, re-elect:
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Mr. Hedi Ben Brahim,
Mr. Giacomo Di Nepi and
Mr. Christophe Guichard
Each for a new term until the end of the next ordinary General Meeting.
9
Re-election of the Auditor
The Board of Directors proposes to re-elect PricewaterhouseCoopers SA, Geneva branch, avenue Giuseppe-Motta
50, 1201 Geneva, as statutory auditor for the 2022 financial year.
10 Re-election of the Independent Proxy
The Board of Directors proposes to re-elect the notary firm GAMPERT DEMIERRE MORENO – 19, rue du Général-
Dufour – Case Postale 5326 - 1211 Geneva 11, as independent proxy for a term until the end of the next Ordinary
General Meeting.
11 Authorized capital (article 5bis of the Company’s Articles of Association)
The previous authorized capital lapsed on May 27, 2022, i.e. two years after its approval. To give sufficient flexibility
to the Company, the Board of Directors proposes to create a new authorized capital by adopting a new article 5bis
of the Articles of Association, which reads as follows:
“Art. 5bis. The Board of Directors is authorized, within the next two years, to increase the Company’s equity
securities by a maximum amount of CHF 558,019.40 (five hundred fifty eight thousand and nineteen Swiss francs
and forty cents) through the issuance of a maximum of 11,160,388 (eleven million one hundred sixty thousand
three hundred eighty eight) new bearer shares (representing 50% of its existing capital), of five Swiss cents (CHF
0.05) par value each, to be fully paid up. The Board of Directors may implement the capital increase entirely or in
installments.
The Board of Directors determines freely the issue price, the types of capital contributions, and the date from and
after which the new shares will have dividend rights as well as other terms and conditions of the share issue that
are not reserved to the shareholders.
The Board of Directors decides on the allocation of the preferential subscription rights of shareholders that are not
exercised. However, the Board of Directors may eliminate or limit the preferential subscription right only:
•
for options granted in the usual way to financial institutions that are firm acquirers involved with the
Company’s IPO (firm underwriting) (overallotment option);
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to acquire companies, parts of companies, and equity stakes; or
to place new shares on international capital markets by a public offering or private placement with
institutional investors at the price that results from book-building.”
12 Conditional capital
In order to adjust the conditional capital to the current issued capital of the Company, the Board of Directors
proposes to replace the conditional capital pursuant to articles 5ter and 5quater of the Articles of Association by two
new conditional capitals as follows:
Art. 5ter. Conditional share capital (directors and employees). The share capital of the Company may be increased
by a maximum amount of one hundred sixty seven thousand four hundred and five Swiss francs and eighty cents
(CHF 167,405.80) through the issuance of a maximum of three million three hundred forty-eight thousand one
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GeNeuro SA – 2021 Universal Registration Document
hundred and sixteen (3,348,116) new bearer shares of five Swiss cents (CHF 0.05) par value each, linked to the
exercise of option or granted to directors, employees or consultants of the Company, pursuant to an equity incentive
plan approved by the Board of Directors. In the case of such grants of option or exercise of options, the preferential
subscription rights of shareholders shall be excluded.
Art. 5quater. Conditional share capital (debt with conversion or option rights and other financial instruments). The
share capital of the Company may be increased by a maximum amount of three hundred ninety thousand six
hundred and thirteen Swiss francs and fifty-five cents (CHF 390,613.55) through the issuance of a maximum of
seven million eight hundred twelve thousand two hundred and seventy one (7,812,271) new bearer shares of five
Swiss cents (CHF 0.05) par value each, linked to the exercise of option or conversion rights granted to shareholders
or strategic partners of the Company, or in connection with the issuance by the Company or by another group
company of bonds or any other financial instrument. In the case of such grants of option or conversion rights, the
preferential subscription rights of shareholders shall be excluded. Holders of option or conversion rights are entitled
to receive the new shares. The Board of Directors sets the terms of the option or conversion rights.
The Board of Directors may limit or exclude the shareholders’ preferential subscription rights (1) if a bond or any
other financial instrument or conversion rights or warrants are issued for the purpose of financing or refinancing the
acquisition of companies, of parts of companies, of equity stakes or the make new investments, or (2) if a bond or
any other financial instrument or conversion or rights or warrants are offered on national or international capital
markets with a firm underwriting by a bank institution or consortium of banks including a subsequent offer to the
public, or (3) if a bond or any other financial instrument or conversion or rights or warrants are offered in order to
raise capital in a rapid and flexible manner, in the event where this could not be achieved without the exclusion of
shareholders’ preferential subscription rights.
In the event of exclusion of preferential subscription rights by the Board of Directors, the following rules apply: the
issuance of convertible debt or debt with warrants or any other similar financial instrument must be made at market
terms (including the rules of protection against dilution applicable according to market practice) ant the new shares
must be issued in application of the conversion or exercise rights set at the issuance of the bond or warrant in
question. The conversion rights may be exercised for a maximum of 10 (ten) years and the warrant rights may be
exercised for a maximum of 7 (seven) years, in both cases from their respective date of issuance.
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GeNeuro SA – 2021 Universal Registration Document
Appendix
Abbreviation / Term
Definition
ABCR
Beta interferons and glatiramer acetate (immunomodulators) are a class
of first-line treatments that modify the inflammatory response, but do not
appear to reduce significantly the immune response and, therefore,
resistance to infections or cancers (“ABCR” is derived from the brand
names of the medical products: Avonex©, Betaferon©, Copaxone©,
Rebif©).
ADCC
Antibody-dependent cell-mediated cytotoxicity
ALS
Amyotrophic lateral sclerosis
Beta interferons
Self-injectable product that reduces the rate of relapse or flare-up in
RRMS patients by approximately 30% compared to placebo
Banks of stem cells
BSC
CDC
CDR
CFA
Complement dependent cytotoxicity
Regions for determining the complementarity of antibodies
Complete Freund adjuvant used by the EAE consisting of inactivated
and dried mycobacteria (typically M tuberculosis)
Chronic inflammatory demyelinating polyradiculoneuropathy: a rare
autoimmune disorder of the peripheral nervous system and orphan
disease that is also called “Peripheral MS”
CIDP
Clinical phases
Phase I: Study of the behavior of a molecule tested in an organism on
the basis of time (the pharmacokinetics of absorption and elimination)
and analysis of safety and tolerance in humans. This phase is conducted
on a small number of healthy volunteers.
Phase II: Assessment of the safety and efficacy of the molecule and
determination of the therapeutic dose of the molecule.
Phase III: Comparison of the efficacy of a new drug to the treatment of
reference. This phase involves a large number of patients. The patients
are selected on the basis of precise criteria that will make it possible to
ascertain the efficacy and benefit of the drug tested as a new treatment
for the targeted disease.
CMC
CMO
Chemistry, Manufacturing and Controls
Contract Manufacturing Organization, a company that acts as an
external contract manufacturer
CMPH
Committee for Medicinal Products for Human Use, which is a committee
of the European Medicines Agency (EMA)
Coronavirus
Coronaviruses are a large family of viruses that can cause illness in
animals or humans. In humans there are several known coronaviruses
that cause respiratory infections. These coronaviruses range from the
common cold to more severe diseases such as severe acute respiratory
syndrome (SARS), Middle East respiratory syndrome (MERS), and
COVID-19.
CRO
Contract Research Organization, a company specializing in the
organization and conduct of clinical trials
DRB1, DQ, DP, DRB 3, 4 and 5
EDSS
Types of histocompatibility antigens
Expanded disability status scale; a scale of disability for measuring the
severity of MS
EAE
Experimental autoimmune encephalomyelitis model, animal model of
reference in MS
FDA
US Food and Drug Administration
Glatiramer acetate
A copolymer composed of several amino which might interfere with the
activation of T lymphocytes, monocytes and dendritic cells. It is
administered by subcutaneous injections.
GMP
Good manufacturing practices
GNbAC1 (now temelimab)
A humanized monoclonal antibody that neutralizes a HERV protein
called W-ENV
HERV
Human endogenous retrovirus
HERV-K
Human endogenous retrovirus of the K family
HERV-W
HLA (or T CD4+)
HSC
Human endogenous retrovirus of the W family
Human leukocyte antigen
Human Schwann cells
IgG1 / IgG4
Immunoglobulins, also called antibodies
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GeNeuro SA – 2021 Universal Registration Document
Abbreviation / Term
Definition
IL-6
IL-6, or interleukin-6, is an interleukin that acts as both a pro-
inflammatory cytokine and an anti-inflammatory myokine.
Inflammatory Neuropathy Cause and Treatment, clinical scale for CIDP
Investigational New Drug application with the US Food and Drug
Administration
INCAT
IND
Interleukin
Interleukin (IL), any of a group of naturally occurring proteins that
mediate communication between cells. Interleukins regulate cell growth,
differentiation, and motility. They are particularly important in stimulating
immune responses, such as inflammation.
IVIG
KOL
mAb
MS
Intravenous human immunoglobulins
Key opinion leaders
Monoclonal antibody
Multiple sclerosis: degenerative, inflammatory and chronic disease that
affects the central nervous system, consisting of the brain and spinal
cord
MSFCS
MSRV-ENV
Multiple sclerosis functional composite scale
Previous name of W-ENV. Envelope protein of the endogenous
retrovirus MSRV or HERV-W and the target of the monoclonal antibody
temelimab
OPC
PBMC
PK
Oligodendrocyte precursor cell
Peripheral blood mononuclear cells
Pharmacokinetic
PNS
PPMS
Peripheral nervous system
Primary progressive multiple sclerosis: a clinical form of MS in which the
symptoms of the disease get progressively worse in a linear way from
the onset of the disease
Pre-clinical phases
RRMS
Laboratory tests to evaluate the principal effects of a molecule and its
toxicity
The most common form of MS, called relapsing-remitting MS;
characterized by repeated occurrences or attacks of neurological
symptoms
SARS-CoV-2
Novel coronavirus first identified in humans in December 2019 that is the
cause of COVID-19.
SHC
Schwann human cells
SPMS
A more aggressive form of MS; the secondary progressive form during
which the loss of neuronal function gets worse
Auxiliary lymphocyte cellular epitope
Type 1 diabetes: A chronic disease that results from the autoimmune
destruction of insulin-producing beta cells in the pancreas. The
pancreas, therefore, produces little or no insulin, the hormone necessary
for the penetration of sugar (glucose) into cells for conversion into
energy.
T CD4+ (or HLA)
T1D
Temelimab (previously GNbAC1)
W-ENV
A humanized monoclonal antibody that neutralizes a HERV protein
called W-ENV
Envelope protein of the endogenous retrovirus MSRV or HERV-W and
the target of the monoclonal antibody temelimab
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Annual Financial Report Cross-reference Table
In accordance with Article 222-3 of the AMF’s General Regulations, the Annual Financial Report referred to in Article
L. 451-1-2 of the French Monetary and Financial Code contains the information described in the following sections
of the Registration Document:
Corresponding sections and
Information required in the Annual Financial Report
chapters of the Registration
Document
1. Statutory financial statements 2021
2. Consolidated financial statements 2021
3. Management report
a) True and fair presentation of business evolution, results and
financial situation of the Company and of the Group it consolidates
Chapters 3-5-7-8
b) Major events occurring after the year-end closing
c) Foreseeable development of the Company
d) Research and development activities
e) Information about shares buy-backs
4. Statement of the person responsible for the annual financial report
5. Statutory auditors’ report on the statutory financial statements
6. Statutory auditors’ report on the consolidated financial statements
1.2
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