About us

V4Cure develops first in class therapies for severe cardio renal diseases with no effective treatments. Our lead candidate, V4C 232, addresses refractory ascites and polycystic kidney disease — two high burden conditions with urgent unmet needs.

Our lead candidate, V4C 232, is a fully synthetic, optimized molecule inspired by a naturally occurring peptide . Its unique aquaretic and anti cystic properties open the way to breakthrough therapies for life threatening conditions.

Our Lead Candidate: V4C 232

A first in class therapy for refractory ascites

V4C 232 is being developed as a novel treatment for refractory ascites in liver cirrhosis, a critical condition with no approved drug therapy. Approximately 10% of patients with ascites progress to refractory forms, dramatically worsening prognosis and quality of life.

Preclinical studies demonstrate that V4C 232 provides potent, safe, and selective aquaretic activity, offering a promising therapeutic solution for patients who no longer respond to diuretics.

A new therapeutic option for polycystic kidney diseases (ADPKD & ARPKD)

V4C 232 also shows strong efficacy in models of autosomal dominant polycystic kidney disease, rare genetic disorder that progressively leads to renal failure. Therapeutic options remain extremely limited, especially for children. Our data highlight the ability of V4C 232 to reduce cystogenesis and improve renal parameters in multiple experimental models.

Clinical Development Roadmap

V4Cure is advancing V4C 232 through pharmacological and regulatory development to prepare its entry into clinical phases 1 and 2 for proof of concept in refractory ascites. Meanwhile, V4Cure is also developing another V4C-232-based product as a new therapy for polycystic kidney diseases (ADPKD and ARPKD).

References

Refractory ascites in liver cirrhosis affect ~10 millions of patients worldwide
Prevalence of ARPKD is estimated to be annualized prevalence is 1.17 per 100,000 (1 in 20:000 births)

Our Team

A seasoned team of healthcare professionals with complementary expertise

Dr. Sonia Escaich

CEO

PhD in human biology
25 years in pharma R&D, 20 years in biotech management and creation

Dr. Thierry Verrecchia

CTO

PharmD, PhD in immunochemistry
20 years in pharma industry
10 years on the equity market

Dr. Rodrick Montjean

Scientific Project Manager

PhD in Biochemistry, Molecular & Cellular Biology,
12 years of academic research, 8 years in biotech.

Dr. Christelle Masdeu

COO

Ph.D in Neurosciences and Cancer Biology.
+15 years in biotech BD,
Former CEO of EMGLEV Therapeutics

Dr. Nicolas Gilles

Scientific advisor

PhD in biochemical pharmacology
20 years in research at CEA
5 patents and 76 publications

Henry Dorbes

CFO

MBA, expertise in international finance for large and small healthcare companies

Our Board of Directors

Dr. Pascale Richetta, MD

Board member

30-years in Pharma & Biotech industry
9-years on Pharma & Care Boards

Nabil Gharios

Board member

Centrale Engineer, Former Abbott executive, 20-years in M&A, Life Science investments

Thomas-Paul Descamps

Board member

MBA, 30-years in Pharma & Biotech industry
Jellagen CEO, Biotechs Board member

Lionel Delaporte

Board member

25-years in Health Care and Lite Sciences strategic consulting. Managing Partner at AEC Partners.

Science

Science

V4C-232 mode of action in kidney

Pipeline

A biodiversity‑driven peptide engineering platform

We identify, optimize, and develop bioactive peptides originating from natural biodiversity. Our platform integrates pharmacology, peptide engineering, and translational research to deliver safe, potent, and first‑in‑class therapies.

Pipeline

A biodiversity‑driven peptide engineering platform

Partners

V4Cure is a spin-off of CEA.

V4Cure received the national ILAB grant
for innovation with the Honor Award in 2022.

V4Cure is a member of Paris Biotech Santé Biotech incubator.

News

V4Cure lève 2 millions d’euros pour accélérer le développement de son candidat-médicament V4C-232

 Cette opération permettra à la biotech française issue du CEA Paris-Saclay de poursuivre ses travaux précliniques et réglementaires de V4C-232 et de préparer son entrée en développement clinique. Paris, le 08 septembre 2026. V4CURE, société de biotechnologie spécialisée dans le développement de nouvelles approches thérapeutiques pour les maladies hépato-rénales, annonce avoir finalisé en juillet 2026 une levée de fonds de 2 millions d’euros auprès de nouveaux Business Angels et d’investisseurs historiques. Cette opération ouvre une nouvelle phase pour l’entreprise. Les fonds levés permettront notamment de poursuivre le développement de V4C-232, dont les résultats scientifiques obtenus à ce jour confortent le potentiel thérapeutique. Ils serviront également à finaliser les études nécessaires au dépôt d’un dossier CTA (Clinical Trial Application) auprès des autorités réglementaires et à préparer son entrée en phase clinique. Une nouvelle étape pour V4C–232 Dérivé d’un peptide du venin du mamba vert, V4C-232 est le principal candidat-médicament de V4CURE. La biotech le développe notamment pour traiter la rétention d’eau dans des pathologies sévères, et les polykystoses rénales, maladies génétiques qui touche près de...
Read More

V4CURE is currently raising funds through a crowdfunding campaign (Capital Cell)

Capital Cell is the world’s leading alternative investment platform for early-stage biotech and life science companies. Selected...
Read More

Scientific Medical Board confirmed V4C232 as potential treatment in cirrhotic refractory ascite

The SAB was enthusiastic about our candidate V4C232 as new treatment in cirrhotic refractory ascites*...
Read More

V4CURE released a new publication in the Journal of the American Society of Nephrology endorsing efficacy and safety of our drug candidate

A rat experimental model of desmopressin-induced hyponatremia, ex vivo mice model of kidney cysts, and mice orthologous...
Read More

Poster TH-PO459 Kidney week San Diego (October 23-27, 2024)

Effectiveness of MQ232 in an orthologous ADPKD mouse model. Xiaofang Wang, Li Jiang, Kavini Nanayakkara,...
Read More

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    V4Cure lève 2 millions d’euros pour accélérer le développement de son candidat-médicament V4C-232

     Cette opération permettra à la biotech française issue du CEA Paris-Saclay de poursuivre ses travaux précliniques et réglementaires de V4C-232 et de préparer son entrée en développement clinique. Paris, le 08 septembre 2026. V4CURE, société de biotechnologie spécialisée dans le développement de nouvelles approches thérapeutiques pour les maladies hépato-rénales, annonce avoir finalisé en juillet 2026 une levée de fonds de 2 millions d’euros auprès de nouveaux Business Angels et d’investisseurs historiques. Cette opération ouvre une nouvelle phase pour l’entreprise. Les fonds levés permettront notamment de poursuivre le développement de V4C-232, dont les résultats scientifiques obtenus à ce jour confortent le potentiel thérapeutique. Ils serviront également à finaliser les études nécessaires au dépôt d’un dossier CTA (Clinical Trial Application) auprès des autorités réglementaires et à préparer son entrée en phase clinique. Une nouvelle étape pour V4C–232 Dérivé d’un peptide du venin du mamba vert, V4C-232 est le principal candidat-médicament de V4CURE. La biotech le développe notamment pour traiter la rétention d’eau dans des pathologies sévères, et les polykystoses rénales, maladies génétiques qui touche près de...
    Read More

    V4CURE is currently raising funds through a crowdfunding campaign (Capital Cell)

    Capital Cell is the world’s leading alternative investment platform for early-stage biotech and life science companies. Selected...
    Read More

    Scientific Medical Board confirmed V4C232 as potential treatment in cirrhotic refractory ascite

    The SAB was enthusiastic about our candidate V4C232 as new treatment in cirrhotic refractory ascites*...
    Read More

    V4CURE released a new publication in the Journal of the American Society of Nephrology endorsing efficacy and safety of our drug candidate

    A rat experimental model of desmopressin-induced hyponatremia, ex vivo mice model of kidney cysts, and mice orthologous...
    Read More

    Poster TH-PO459 Kidney week San Diego (October 23-27, 2024)

    Effectiveness of MQ232 in an orthologous ADPKD mouse model. Xiaofang Wang, Li Jiang, Kavini Nanayakkara,...
    Read More