We are a team of GENOMIC EXPLORERS dedicated to cure fibrosis. We work hand in hand with populations under strong natural selection pressure (e.g. Amerindians from Brazil, Allurs, Bantous from Uganda, Hans from Wuhan…) to identify GENETIC VARIANTS of susceptibility or resistance to fibrotic diseases. To explore the mechanisms of fibrosis in new depth, we rely on a unique genomic strategy based on medical genetic expertise in fibrosis, local networks of fields experts and state-of-the-art AI. In cooperation with local institutions & KOLs, our experts have analyzed tens of thousands of samples (plasma, blood, saliva, DNA and RNA, medical exams, exogenic factors) and led pioneering genetic research in the fields of infectious, parasitic & metabolic diseases.* Our goal is to build a unique dataset representative of humanity's diversity to bring disease prevention and cure to all communities.
* We always collect samples and data hand in hand with local authorities and populations. We follow up on our patients and bring healthcare to the populations who need it the most by maintaining local teams and by coordinating with NGOs and local authorities.
Our discovery platform is built on omics, phenotypic & exogenic MULTIMODAL DATA* analysis via medical and scientific expertise supported by AI/DL. We integrate multimodal data through a scalable/automated variant discovery platform to guide our data collection and the extraction of the strongest genetic variants linked with their causality. All of our variants are then medically validated through multiple etiology association, confirmation in different genetic pools and low pleiotropy.
* including - Whole Genome Sequencing, Whole Exome Sequencing, Genome-Wide Association Study, Exome-Wide Association Study, transcriptomics, phenotypic data, imaging, medical exams, follow up, family linkage, exogen factors and field notes.
BILHI Genetics develops predictive algorithms (polygenic risk scores) capable of identifying patients' genetic predisposition to fibrosis. Our discussions with liver KOLs are unequivocal – following up on all patients suffering from liver complications (e.g. NASH & liver fibrosis caused by alcohol consumption, HCV, obesity…) is cumbersome. What we need is to PREDICT the 20% that will develop cirrhosis and cancer, focus treatment efforts and avoid liver transplant. Our PRS are designed to help practitioners following patients that need it the most and by our biotech and pharma partners to stratify their cohorts and as companion diagnostic.
We open new therapeutic pathways with genetically validated targets. Today, we have linked 5 pathways linked with fibrosis and built a portfolio including >150 biomarkers and associated therapeutic targets. We are building long term partnerships that will be the foundation of a pipeline of new therapeutic leads focused on fibrosis and metabolic diseases. We partner with like-minded companies that are aligned with our values and with our research strategy.
Project validation | Patients recruited | Targets identified | Medical validation | Lead generated | Status | |
---|---|---|---|---|---|---|
Liver Fibrosis | Partnership VARIANT |
|||||
Keloids | Proprietary | |||||
Liver Cancer | Proprietary | |||||
NASH NAFLD | Proprietary | |||||
Kidney fibrosis | Proprietary | |||||
Eye fibrosis | Proprietary | |||||
Fibroids | Proprietary |
Fibrosis is a complex polygenic metabolic disease involved in >40% of all deaths in developed countries. It is the excessive formation of fibrous connective tissues as a result of injury in any organ. Most drug pipelines target the same pro-fibrotic pathways (e.g., TGF-β and CTGF*). This siloed approach has yield limited results because of strong pleiotropic effect of these pathways and because of fibrosis' high polygenicity leading to very high pipeline attrition rates and lots of patients in need.
Over the past 40 years, our scientific team’s research has led them to work in numerous countries in Asia, Africa, Europe and Latin America. Over time, our team has built a solid international network of researchers and doctors, with whom we work closely to offer solutions adapted to different populations and healthcare systems. Research excellence is the “sine qua non” condition of success in our project. With that in mind, we are continuously looking for excellence in our collaborations through quality researchers who share our values.
We develop solutions to improve the patient’s health that are accessible to all. Some of the diseases that BILHI Genetics is working on affect the most vulnerable populations on the planet, for which the concept of accessibility goes further than pricing. Through our local footprint in Brazil and Uganda, working closely with local public health organisations, and by actively participating in WHO discussions as part of the expert committee, BILHI Genetics’ goals brings better health for everyone in collaboration with public organization or private NGOs sharing our ambitions.
Our portfolio is attracting the interest of key players in the field. We are partnering with like minded organizations who aim to cure fibrotic diseases and who understand the value of our data. We value partners who understand the emergency to find therapeutic and preventive solution for everyone from the richest to the most neglected.
If you wish to partner with us contact usMy more recent interest in HCV HBV infections and on NASH is the consequences of our work on schistosomiasis because the knowledge we have accumulated on hepatic disease caused by schistosomes can be extended to these other infections or metabolic disorders opening the path to new treatments and to severe disease prediction much before it occurs. My goal is also to make our discoveries affordable by the population of South countries including Africa and the neglected people of Brazil.
My best expertise is immunology, and human genetics applied to infectious and metabolic diseases causing chronic hepatic inflammation, hepatic cirrhosis, and hepatocellular carcinoma.
1975 PhD., Biochemistry and Bacterial Physiology Pasteur Institute, Paris, France
1972 Teacher training degree (Agrégation), biochemistry and physiology Ecole Normale Supérieure, Paris, France
1971 Certificate of Fundamental Immunology and Certificate of General Microbiology Pasteur Institute, Paris, France
I have a strong interest in building businesses that can balance return on investment for shareholders and fairness for consumers. I put all my motivation and energy in contributing to a better access to medicine for all.
I have been running Bilhi Genetics (ex GenePred Biotechnologies) over the past 7 years and raised up to 7 million euros of equity money and subsidies. I acquired a strong of management of teams in Europe but also in emerging economies in south America and Africa. I got my personal interest for fair business while working alongside Emmanuel Faber (former CEO, DANONE) in several countries of Asia including Bangladesh where Danone set up a joint venture with Grameen from Muhammad Yunus (Nobel Prize).
Deep down inside I am an entrepreneur and optimist with a strong cross-functional team leadership capacity. I know how to make people trust and follow me while always trying to be honest and fair. I feel more comfortable in intellectually challenging environment and I trust team winnings. My experience of executive management has made enable me to learn strategic thinking and to be able to change my company's business model to better fit the expectation of the market.
2012 Entrepreneurship certification HEC, Paris, France
2010 Attorney at Law France Paris, France
2010 Attorney at Law New York New York, United-States of America
2009 LL.M. International Business Law University of California, Hastings College of the Law, San Francisco, United-States of America
2006 J.D International Business Law Aix-en-Provence University, France
2006 Business Lawyer Diploma (DJCE) Aix-en-Provence University, France
2005 Master International Law Edinburgh University, Scotland
The central focus of my professional mind-set is "Getting to We"
While working 25 years in the pharmaceutical industry, I negotiated and executed multi-hundred million dollar milestones & royalty deals with start-ups, NGOs and multi-national pharmaceutical companies.
I built up a vast experience in developing highly collaborative partnering strategies and managing successful alliances with partners in most developed countries (Europe, North America, Japan) as well as emerging economies (India, Africa).
My defined strengths are entrepreneurial spirit and strategic capabilities. I am regarded as a person highly reliable in implementing strategies and monitoring their execution. I'm able to quickly create an empowering environment of trust and give the team the confidence and opportunity to go beyond the expected and develop individuals to their fullest potential.
In addition colleagues and team members like my way of guiding them as a strategic leader, being approachable, transparent, empathetic and an inspiring mentor.
2017 Certificate of Achievement - Alliance Management (CA-AM) ASAP, Canton, MA, USA
2015 Certification, Development of Strategic Accounts CEGOS, Paris, France
2015 Certification, Key Account Management CEGOS, Paris, France
2014 Certification, Customer Relationship Management CEGOS, Paris, France
2006 Master degree in Business Development CEGOS, Paris, France
1994 PhD in Neurobiology & Biochemistry CNRS, Marseille, France
I confounded MADBITS, a tech startup that focuses on building new user experiences in the media space. Image understanding is a task of primary importance for a wide range of practical applications. At MADBITS we were primarily focused in the task of image search, and the creation of intelligent dynamic image sets to automatically organize large databases of images.
We were acquired by Twitter. At Twitter I confounded a team called Cortex. Cortex mission was to represent data at twitter (tweets, images, videos, follow graph…. To assist and enable powerful product features. within cortex, I ran a team called Cortex Loop. Thi team focused on leveraging the machine learning/deep learning platform powering every aspect of the Twitter product (recommendation systems, search, timeline, ranking…) created by Cortex Core. The team focused on (1) bootstrapping models of text, images, video, users and (2) adapting these models continuous.
"Garbage in garbage out". With a lot and diverse experience leveraging deep learning,I have learned to go against “big data” and rather focus on “smart data”.Deep learning is “representation learning”, smart data start with representative data.
My more recent interest are on HCC, NASH and ageing skin. I have been involved in translational research by designing clinical trials, recruiting patients as well as designing and supervising research project.
My best expertise rely on cellular immunology, host-pathogen interaction, genetics and clinical research.
2005 - 2009 Ph.D. with Honors (Human Pathology) INSERM U906, Department of Immunogenetic of Parasitic Diseases, University of Aix-Marseille, France
2004 - 2005 M. Sc, Department of Genomic and Health University of Aix-Marseille, France
2003 - 2004 M. Sc, Department of Cellular Biology University of Aix-Marseille, France
My more recent interests are on architecture network and data security.
My best expertise rely on project management and best practices evangelization.
2017 - Present Director, IT Marseille, France
BILHI Genetics - predicting and preventing fibrosis
2012 - 2016 Director, IT Paris, France
Haiku Corp - Software and Mobile editor
2011 - 2012 Project manager, IT Paris, France
Haiku Corp - Software and Mobile editor
2010 - 2011 Project manager, IT Boulogne-Billancourt, France
Meetic Group - European leader in dating services
2007 - 2009 Project manager, IT Paris, France
Pixmania Group - Retail e-Commerce
2005 - 2007 Software Developer, IT Paris, France
Pixmania Group - Retail e-Commerce
2004 Master of Biochemistry University of Paris VI Pierre & Marie Curie, France
Curious, I like to discover, understand and enrich myself with everything the world of work has to offer me and thus use these tools to build and share lasting solutions with my coworkers.
What drives me is the need to adapt, to evolve in order to respond to all new challenges.
Completely autonomous, I like to share my experiences and my solutions with the operational teams.
The various projects that I have carried out in France and internationally have given me solid experience in team management. My experiences in Gabon, Congo, Angola, Ghana, Uganda and other African countries have strengthened my ability to know how to adapt my work to the field and to always offer lasting solutions to achieve our objectives.
My ability to transform ideas into a business project allowed me to found Bilhi Genetics. All these projects have strengthened my resilience, my creativity, my ingenuity, my ability to solve complex problems and to have a long-term vision. Time and stress management are also qualities that allow me to manage teams.
2020 Management and soft skills certification Institut La Forbine, Aubagne, France
2012 Entrepreneurship certification HEC, Paris, France
2007 Master in Quality CESI Méditerranée, Aix en provence, France
2006 Master of Human Pathology, specialty Infectious Diseases and Pathologies Tropical Faculty of Medicine, Marseille, France
My principal interest has been to search genetics biomarkers to predict and characterize biological observations like disease progression/outcome or speciation events.
My first experiences in genetics were in the field of ecology, studying Chondrostoma species, a typical fish found in south France's rivers. I used to manage genetics microsatellite data correlated to geographic information system in the aim to create algorithms to predict speciation event impact on the genetic diversity.
In 2014, I joined BILHI Genetics research team supervised by Pr Alain Dessein, already working on diverse fibrosis diseases. Since then, I worked on the discovery of genetic markers (punctual mutations) that could predict pathology outcome and consequences. I manage and analyze millions of genomic mutations extracted from next generation sequencing data like whole genome sequencing, exome sequencing or Genome Wide Association Study genotyping. All the results obtained helps to understand the mechanisms of fibrosis/cancer development: witch is not the same on individuals, certain being unaffected and other dying.
My best expertise is bio-informatics, data management and human genetics.
2014 - Present Bio-informatics and informatics Marseille, France
BILHI Genetics - predicting and preventing fibrosis
2013 - 2014 Research Engineer Marseille, France
Mediterranean Institute of Biodiversity, Marine and Continental Ecology, Aix Marseille University
2017 PhD., Genetics and bio-informatics Faculty of Medicine & Aix Marseille University, France
2013 Master degree, Bioinformatics, Structural Biochemistry and Genomics Aix Marseille University, France
In order to work closely to the population and contribute to local training and ensure the quality of our work on site we prefer hiring local workers
The personal history of the founders is at the origin of the close links with Brazil. Today we have partnerships with more than 6 hospitals in the country, where key opinion leaders and local health workers are recruiting for us