Exceptional symposium on “Cardio-metabolic diseases, all concerned” at the Académie nationale de médecine on November 28, 2024

Exceptional symposium: Cardiometabolic diseases, all concerned!

On Thursday, November 28, 2024, the Académie nationale de médecine, the IHU ICAN and Inserm‘s Physiopathology, Metabolism and Nutrition thematic institute are jointly organizing a symposium entitled “Cardiometabolic diseases, all concerned!”

A genuine global pandemic and the leading cause of chronic disease in France, cardiometabolic diseases are still largely unknown outside a medical and scientific community committed to research and management.

Participation registration only before November 15, 2024. Limited number of places.

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Why this symposium dedicated to cardiometabolic diseases?

To accelerate progress on cardiometabolic diseases, it is essential to :

  • Mobilize multidisciplinary experts and build strong partnerships between academia and industry to develop new tools,
  • Identify new targets to create personalized medicine for cardiometabolic diseases,
  • Implement public health policies dedicated to these diseases,
  • Raising public awareness of this new scourge.

By organizing a symposium on cardiometabolic diseases, the Académie nationale de Médecine, the Inserm thematic institute and the IHU ICAN are seeking to bring together all those involved in the fight against cardiometabolic diseases (researchers, doctors, manufacturers, patient associations, biotech, public institutions, etc.).

The aim is to take stock of advances in research and identify the obstacles and actions required to accelerate research and improve the management of cardiometabolic diseases.

Program

This symposium will give specialists in the field the opportunity to discuss these issues around 3 thematic round tables, illustrated by concrete case studies, and moderated by an expert in the field.

Plénière d’ouverture
    • Anne-Marie Armantéras, Présidente du conseil d’administration de l’IHU ICAN
    • Pr Christian Boitard, Secrétaire perpétuel de l’Académie nationale de médecine
    • Chantal Boulanger, Directrice de l’Institut thématique Physiopathologie, métabolisme et nutrition de l’Inserm

Table ronde n°1 : Les maladies cardiométaboliques, un enjeu de santé publique sous les radars
    • Modérateur : Pr Lionel Collet, Président de la Haute Autorité de Santé et membre titulaire de l’Académie nationale de médecine
    • Dr Catherine Grenier, Directrice des Assurés – Direction Déléguée à la Gestion et à l’Organisation des Soins – Caisse nationale de l’Assurance Maladie
    • Lionel Ribes, Président de l’Association Nationale des Hypercholestérolémies familiales et Lipoprotéines
    • Dr Caroline Semaille, Directrice Générale de Santé publique France

Table ronde n°2 : La prise en charge des maladies cardiométaboliques est-elle optimale ?
    • Modérateur : Jean-Noël Fiessinger, Professeur émérite de médecine vasculaire à Paris Cité et Vice-président de l’Académie nationale de médecine
    • Pr Judith Aron-Wisnewsky, Service de Nutrition – pôle cardiométabolisme – Hôpital Pitié-Salpétrière, UMRS 1269 NutriOmics – Sorbonne Université – IHU ICAN
    • Pr Bertrand Cariou, Directeur de l’institut du Thorax – Nantes Université, CHU Nantes, CNRS, Inserm
    • Dr Jean-François Thébaut, Cardiologue, Vice-président en charge du plaidoyer de la Fédération Française des Diabétiques

Table ronde n°3 : Quelles sont les avancées de la recherche sur les maladies cardiométaboliques ?
    • Modérateur : Pr Catherine Boileau, Professeure émérite de génétique, Université Paris Cité
    • Philip Janiak, PDG de Corteria Pharmaceuticals
    • Anne-Sophie Joly, Fondatrice du Collectif National des Associations
      d’Obèses
    • Dr Isabelle Lonjon Domanec, VP Clinical, Medical & Regulatory Affairs France de NovoNordisk
    • Pr Vlad Ratziu, Service de gastro-entérologie et hépatologie à l’Hôpital de la Pitié-Salpêtrière, Inserm UMR 1138, Centre de Recherche des Cordeliers – Sorbonne Université – IHU ICAN

Plénière de clôture
    • Pr Stéphane Hatem, Directeur général de l’IHU ICAN
    • Pr Michel Komajda, 1ère division de l’Académie de médecine – Maladies cardiovasculaires – Cardiologie
    • Nicolas Revel, Directeur général de l’AP-HP

Télécharger le programme

Informations pratiques

  • Participation à l’évènement sur inscription uniquement avant le 15 novembre.
  • Nombre de places limité.
  • Date : jeudi 28 novembre 2024
  • Horaires : colloque de 09h00 à 16h45, ouverture des portes à 08h30
  • Lieu : Académie nationale de médecine, 16 rue Bonaparte 75006 Paris

Subscription

Contacts presse


Take part in our symposium dedicated to iPS-CMs cells on October 11, 2024

October 11, 2024: attend our conference dedicated to iPS-CMs cells!

Are you a researcher using iPS-CMs, or thinking of doing so in the near future? This conference is for you!

Prof. Onnik Agbulut and Drs. Elise Balse, Vincent Fontaine, Pierre Joanne and Eric Villard invite you to the “PSC-based models for heart biology” conference on Friday, October 11, 2024.

Come and discover the latest advances and future prospects for improving this cellular model used in the fields of cardiovascular physiology and pathophysiology, cardiac tissue engineering and cardiac cell therapy.

Subscription

Practical information:

  • Le 11 octobre 2024 – De 9h30 à 16h30
  • Institut de Biologie Paris Seine – 7-9 Quai Saint-Bernard, 75005 Paris – Salle de conférence (C404)
  • Free conference, but registration required
  • Contact : communication@ihuican.org

Programme ;

09h30-09h45 : Accueil

09h45-10h00 : Introduction de la journée

10h00-10h30 : Pr. Jean-Sébastien Hulot (PARCC, Paris) Organoïdes cardiaque : de leur conception à leurs applications

10h30-10h45 : Shuai Luo (UMR-S 1180, Paris Saclay) Characterization of iPSC derived cardiomyocytes from patients with the CPVT RyR2C2277R mutation.

10h45-11h15 : Pause café

11h15-11h45 : Dr. Nathalie Gaborit (Université de Nantes) – Deciphering the developmental origin of Brugada syndrome

11h45-12h00 : Dr. Jean-Michel Peyrin (Institut Biologie Paris Seine, Paris) – Acoustic levitation as a tool to manipulate cellular spheroids in laboratory or microgravity environment.

12h00-12h15 : Dr. Loan Vaillant-Beuchot (IRCAN, Nice) Caractérisation des effets de la mutation (p.Ser59Leu) dans les cardiomyocytes dérivés d’IPSCs de patients atteints d’une forme familiale de la sclérose latérale amyotrophique

12h15-12h30 : Présentation Sponsor : Stem Cell Technologies

12h30-14h00 : Déjeuner

14h00-14h30 : Dr. Eric Villard (UMR 1166/IHU ICAN, Paris) – Atouts et limites des cellules dérivées des iPSc pour la modélisation des maladies cardiovasculaires : l’expérience d’ICAN BioCell

14h30-14h45 : Simon Lledo (AMU – INSERM 1263 – INRAE 1260, Marseille) – Caractérisation de la réponse inflammatoire associée à la myocardite immuno-médiée dans un modèle de cardiomyocytes dérivés d’hiPSC

14h45-15h00 : Dr. Gaëlle Boncompain (Institut NeuroMyoGene, Lyon) – Adaptation of the secretory routes upon cell differentiation

15h00-15h15 : Pause café

15h15-15h30 : Dr. A Meli (PhyMedExp, Montpellier) Patient-derived neurocardiac organ-on-chip to model cardiopathies

15h30-16h00 : Dr. Pierre Joanne (Sorbonne Université, Paris) – Stem cell-derived cardiomyocytes and spheroids to study desmin-related cardiomyopathy

16h00-16h30 : Conclusion et discussion ouverte


Watch our 2023 retrospective video

IHU ICAN wishes you all the best

In 2023, our teams remained 100% mobilized in the fight against cardiometabolic diseases, the 1st cause of death worldwide and a major cause of death in France.

Watch our video retrospective of the year’s highlights.

Thank you to our 53 employees, 168 physicians, 221 researchers, as well as to our founders, partners, patrons and donors for their precious support throughout the year.

In 2024, let’s continue to innovate together to accelerate progress against cardiometabolic diseases. Happy New Year!


IHU ICAN launches its barometer on cardiometabolic diseases with IFOP

Cardio-metabolic diseases: we’re all concerned!

To better inform and raise public awareness of one of the major causes of death in France, the IHU ICAN is launching its cardiometabolic barometer (IFOP / IHU ICAN study – September 2023), drawing on its extensive expertise in research and the fight against cardiometabolic diseases.

  • What do the French know about cardiometabolism?
  • How do they view these pathologies?
  • Are they informed about causes and risk factors?

A veritable public health scourge, cardiometabolic diseases have been steadily on the rise in recent years. Today, they represent a major cause of death in France and the 1st cause of death worldwide (source: CépiDc/Inserm).

They include many diseases such as diabetes, obesity, cardiovascular disease (hypertension, thrombosis, cardiomyopathy, stroke, heart failure), liver disease (including hepatic metabolic steatosis or fatty liver disease), and hypercholesterolemia.

How these chronic diseases work is still too little known to the general public, as cardiometabolism is an emerging discipline that requires a high level of expertise. cutting-edge scientific and medical research to understand these complex, interconnected pathologies, linked to an imbalance in the individual’s metabolism and/or to genetic factors. They are very common and often diagnosed too late, as they develop silently in the body.

Yet cardiometabolic diseases concern us all.

Donate to research

A few figures (in France):

  • Cardiovascular diseases: 5.3 million sufferers, more than 140,000 deaths per year
  • Diabetes: 4 million people treated, 35,000 diabetes-related deaths
  • Obesity: 17% of adults are obese, 47% overweight
  • Hepatic metabolic steatosis (NASH): 18% of the population affected, almost 24% in 2030 (IHU ICAN estimate)

Sources : ameli, Santé publique France

Cardiometabolic diseases, a scourge still too little known

The first lesson to be learned from this study, cardiometabolic diseases are poorly identified by the French: only 38% have heard of them and 10% see exactly what it’s all about. Young women and donors to medical research – two audiences traditionally more aware of health issues – are slightly more likely to declare that they know about pathologies (45% and 55%).

The 38% of French people who say they know about these diseases have only a partial knowledge of them. If they rightly identify heart failure (85%), hypertension (76%) and stroke (67%) as diseases of the cardiometabolic system, they are less than 1 in 2 know that obesity (49%), hypercholesterolemia (47%) and diabetes (37%) also belong to this family of diseases. Non-alcoholic hepatic steatosis (20%) and cirrhosis (12%) are even less closely related to this family.

As a corollary to this poor understanding of cardiometabolic diseases, their contribution to deaths in France is underestimated: 15% of French people declare it as the main cause of death in France, whereas it is one of the main causes after cancer, and the 1st cause of death worldwide.

Cardiometabolic diseases perceived as serious and on the rise

After explaining to respondents what cardiometabolic diseases are, 82% of them agreed that they are serious pathologies, 73% that they have increased over the last ten years, and 73% that they are widespread in the French population. On the other hand, the chronic nature of these pathologies seems to be largely unknown, with 57% of those surveyed explaining that they can now be cured.

It’s also worth noting that 1 in 2 French people believe that cardiometabolic diseases are primarily a matter of individual responsibility (50%), a result that goes hand in hand with the fact that they are perceived as being caused solely by lifestyle.

Well-identified preventive measures and risk factors

Another finding of the study is that cardiometabolic diseases are widely perceived by the French as being caused by lifestyle, with this cause being cited first (51%), far ahead of genetic predisposition (13%) or environmental factors such as pollution (6%).

As a corollary to this, the French believe that public authorities should above all fight against cardiometabolic diseases through campaigns to raise public awareness of lifestyle changes (36%). Conversely, only 15% mention scientific research and 12% the improvement of diagnostic tools, which are essential levers in the knowledge and fight against these diseases.

The French identify preventive health and diet measures fairly well: they believe that a balanced diet (94%), regular physical activity (93%), not smoking (92%) and not drinking too much alcohol (88%) are effective in preventing the onset of cardiometabolic diseases.

They also largely agree on the risk factors, citing being overweight (87%), being a smoker (86%), having a diet rich in fat, salt and sugar (85%) or a stressful lifestyle (82%).

More French people fear cardiovascular disease

The results of the study also show that judgments about the various cardiometabolic pathologies are ambivalent, probably because representations diverge according to the type of disease.

Cardiovascular diseases are now better identified as diseases of the cardiometabolic system, and give rise to a great deal of concern. This type of disease is by far the most worrying (50%), far ahead of hypertension (14%), diabetes (16%), obesity (11%), non-alcoholic fatty liver disease (6%) or hypercholesterolemia (3%).

As a corollary to this, the French feel that these are the diseases that should receive priority attention from the public authorities (46%), ahead of obesity (26%), diabetes (15%), rare metabolic diseases (7%), hypercholesterolemia (3%) and non-alcoholic fatty liver disease (3%).

A lack of information about cardiometabolic diseases

Just over a third of French people say they have already been informed about cardiometabolic diseases (37%). In detail, slightly more people over 65 (42%), wealthier people (48%) and donors to medical research (50%) say they have been informed.

Doctors are the main source of information about these diseases (57%), ahead of family and friends (37%), the media (29%) and government communication campaigns.

Who we are?

Created in 2011, IHU ICAN is a scientific cooperation foundation whose main objective is to develop tomorrow’s medicine to combat cardiometabolic diseases. Located in the heart of Europe’s largest public hospital, At the Pitié-Salpêtrière Hospital, the ICAN HCI draws on the expertise of its scientific community. (168 doctors, 261 researchers) and its 3 founders to carry out its missions: AP-HP (Assistance publique – Hôpitaux de Paris), Inserm (Institut national de la santé et de la recherche médicale) and Sorbonne University.

Any questions? Contact us:

  • Francine TROCME
  • Director of Communications and Patronage – IHU ICAN
  • 06 81 64 97 88
  • f.trocme@ihuican.org


Meeting of the IHU ICAN International Scientific Council: what are the major scientific orientations?

Meeting of the International Scientific Council of the IHU ICAN :
what are the major scientific orientations?

On September 25 and 26, 2023, IHU ICAN was pleased to welcome the members of its International Scientific Advisory Board to discuss the Foundation’s major scientific orientations in the fight against cardiometabolic diseases (obesity, diabetes, liver disease, heart and vessel disease, etc.).

The visit was punctuated by a cocktail in the heart of a unique place: the Saint-Louis de la Salpêtrière chapel, built in 1670 as part of the Pitié-Salpêtrière hospital.

The IHU ICAN would like to thank all the participants for their commitment and the quality of the discussions, as well as the AP-HP for making this wonderful event possible!

Consult the program

Strategic priorities of IHU ICAN, a benchmark scientific foundation in cardiometabolism

Stéphane Hatem, Director of the ICAN IHU, spoke about the ICAN IHU’s strategic priorities in the fight against cardiometabolic diseases, the leading cause of chronic illness and death in France.

  • How can we better understand and decipher the dialogue between organs, particularly between the heart and the liver?
  • What is the link between environmental and genomic factors? Rare monogenic cardiometabolic diseases with polymorphisms
  • How can new biomarkers be used to develop precision medicine for the benefit of patients?
  • How can we meet the challenge of generating and structuring high-quality healthcare data to accelerate medical and scientific research?

“IHU ICAN must fulfill its role as a partner and lever for a broader scientific and medical community in the field of cardiometabolism. Our foundation (set up by AP-HP, Inserm and Sorbonne Université) offers a full range of services and cutting-edge expertise, positioning members of its community at the forefront of major academic and industrial projects.

The integration of healthcare data into research, new interfaces for metabolic diseases, and the discovery of new biomarkers, particularly imaging biomarkers, are all challenges that perfectly illustrate the 2025/2030 orientations and ambitions for developing precision medicine for cardiometabolic diseases”.

Read the ICAN 2022 activity report

Major scientific and medical research projects presented

Researchers and physicians from the IHU community then presented the major research projects currently underway, which represent encouraging advances in our understanding of cardiometabolic diseases and in tomorrow’s medicine, in the service of patients.

This SAB meeting was also an opportunity to welcome high-level personalities who were able to provide an expert view of the ICAN IHU presentations and make valuable recommendations:

  • Pr Catherine Boileau, pharmacist-biologist specializing in genetics, Director of several research units, member of the ICAN IHU Administrative Committee,
  • Pr Michel Komajda, Member of the French Academy of Medicine, Former Director of the Pitié-Salpêtrière Heart Institute, Former President of the European Society of Cardiology and President of the Heart & Research Foundation,
  • Philip Janiak, Director of biotech Corteria Pharmaceuticals, former R&D Director of Sanofi’s Cardiometabolic Department, and member of the ICAN HCI Administrative Committee.

Program

The heart-liver interface: a promising area of research

  • Liver, the metabolic hub for cardiometabolic diseases – Pr Vlad Ratziu
  • New mediators released by diseased liver – Pascal Ferré
  • Necroptosis and MLD – Jérémie Gautheron

Adipose tissue, a central interface for cardiometabolic diseases

  • Adipose tissue and heart : EAT and AF – Pr Stéphane Hatem
  • Lipodystrophy from patient cohort to adipose tissue biology – Pr Corinne Vigouroux

Microbiota and cardiometabolic diseases

  • Metabolic dysbiosis associated with obesity and CMD and interventionalstrategies : FMT to improve T2D control – Pr Judith Aron-Wisnewsky

From rare mutations to risk factors for cardiometabolic diseases

  • Twin technology and the prediction of CV risk – Dr Antonio Gallo
  • From rare familial forms of cardiomyopathy to common heart failure – Pr Philippe Charron
  • Imprinting disease – Pr Irène Netchine

Accelerating the transfer of research into patient care

  • New care pathways – Dr Raluca Pais
  • Making the best out of patient cohorts (structuring a cohort strategy as atool for research and partnerships) – Stéphane Commans

Emerging talent, young researchers

  • The biology of fatty atria – Nadine Suffee
  • Metabolic biomarker and heart transplantation – Khaoula Bouazizi-Verdier

Creating links between basic and clinical research, and accelerating the transfer of research to patient care

  • Maestria Demonstrator : AI tools for research – Maharajah Ponnaiah
  • What can we expect form the reprogramming of Ips to study cardiometabolicdisease – Eric Villard
  • Tools to promote emerging Scientific approaches – Pr Stéphane Hatem

Patient application: new imaging biomarkers for cardiometabolic diseases

  • Cardio metabolic and liver imaging in the general population – Pr Alban Redheuil
  • Technical developments in Cardiovascular MRI – Nadjia Kachenoura
  • The new frontiers of the echocardiography – Dr Laurie Soulat Dufour

Composition and role of the International Scientific Council

Our International Scientific Advisory Board (SAB) is a strategic governance body made up of external personalities highly recognized by the international scientific community in the field of cardiometabolism and nutrition.

Its role is to evaluate the scientific strategy of the IHU ICAN and to make recommendations on the scientific orientations and the scientific and medical teams working within the scope of the IHU ICAN.

Members of the IHU ICAN Scientific Committee:

  • Pr André CARPENTIER, Director of the “Diabetes, obesity and cardiovascular complications” key research area, Faculty of Medicine and Health Sciences at the Université de Sherbrooke, Canada
  • Pr Michaël RODEN, Professor of Endocrinology and Metabolic Diseases, University Hospital of Düsseldorf, Germany
  • Pr Karin SIPIDO, Chair of the SAB, Professor of Medicine and Head of Experimental Cardiology, University of Louvain, Belgium
  • Pr Rozemarijn VLIEGENTHART, Radiologist and Professor of Cardiothoracic Imaging, University Medical Center Groningen, Netherlands
  • Pr Arnold VON ECKARDSTEIN, Professor of Clinical Biochemistry, Laboratory Medicine and Pathology, University Centre for Laboratory, Medicine and Pathology (UZL), Switzerland


A look back at the "AI and megadata in tomorrow's medical research and practice" conference.

A look back at the “AI and megadata” conference: launch of structuring work!

On Friday, February 10, 2023, the ICAN IHU, together with the Conseil d’Etat, the CNIL and the Alliance IHU France, organized a major symposium on the use of data and artificial intelligence (AI) in the healthcare sector.

Also available by videoconference, the symposium attracted over 600 remote participants and around 100 face-to-face attendees, including 10 media from the national general press and the specialized health and digital press, who came to attend the debates led by specialist speakers on the subject.

Watch the replay below!

Part 1 – Morning (9am-12:30pm)

Opening plenary, round tables 1 and 2

Part 2 – Afternoon (2pm-3.45pm)

Round table 3 and closing plenary

What is the aim of this symposium?

The day was opened by Didier-Roland Tabuteau (Vice-President of the Conseil d’État), Marie-Laure Denis (President of the CNIL) and Stéphane Hatem (Managing Director of IHU ICAN).

3 round tables addressed the issues of AI use in research and medical practice, the regulatory framework for healthcare data and the economic ecosystem for this data in France.

Renaud Vedel (Director of Cabinet for Jean-Noël Barrot, Minister Delegate for Digital Transition and Telecommunications) and Thierry Tuot (Deputy Chairman of the Interior Section of the Conseil d’État) concluded the discussions, which were rich in proposals.

The work initiated at this conference will continue within the Alliance IHU France to build a new model for the use of health data in research.

The objective for Alliance IHU France : create, in collaboration with the CNIL and with the support of the Conseil d’Etat and the government, a new experimental space for finding solutions to the various economic, social and medical issues raised by the manipulating artificial intelligence and exploiting data within the healthcare sector. All this is done in full transparency to the public, patients and the press.

Photos ©JB Eyguesier/Conseil d’Etat.

The press is talking about it!


Races for Heroes 2023: participate in an innovative project and save lives with the PEGASE project!

Races for Heroes 2023: participate in an innovative project and save lives with the PEGASE project!

Heart transplantation can save lives in the most severe cases of heart failure, where medical treatment is insufficient. Unfortunately, there are not enough donors compared to the number of recipients waiting for a heart transplant: there is 1 heart transplant for 2 recipients.

In this context, it is therefore essential to search for and evaluate all existing potential grafts that are currently unused but could save patients’ lives.

This is the objective of the PEGASE research project conducted by the IHU ICAN!

This project aims to transport hearts from eligible donors over a long distance and therefore for a long period of time, thanks to an innovative ex-vivo perfusion device that makes it possible to preserve the organ and maintain its proper functioning until the transplant.

Join us in the Race for Heroes 2023 to support heart transplantation and save lives!

On June 18, 2023, the IHU ICAN team will again participate in this solidarity race to raise funds for the PEGASE project.

Donate, collect or participate: find below the 3 ways to support us!

How is the PEGASE project going?

The PEGASE project is aimed at patients with irreversible end-stage heart failure for whom there is a medical indication for transplantation but who cannot be transplanted because of the restrictive graft allocation policy. These patients suffer from end-stage heart failure and are in a therapeutic impasse. Their vital prognosis is directly engaged for lack of transplantation.

The course of the project

  1. The heart is harvested from a donor eligible for cardiac harvesting, according to current recommendations and practices,
  2. The heart transplant is transferred to Paris on a regular commercial flight according to the usual procedures,
  3. Once it arrives at one of the airports in the Ile-de-France region, the graft is then transferred to the heart transplant center of the Pitié-Salpêtrière Hospital (Paris 13e) to be transplanted into the recipient.

As an expert center in cardiac transplantation, the Pitié-Salpêtrière Hospital Group will be able to help patients waiting for a transplant benefit from this study. The PEGASE project is led by Pr Pascal Leprince (Head of the Cardiac and Thoracic Surgery Department) and his assistant Pr Guillaume Lebreton (Cardiac Surgeon).

The Agence de la biomédecine (ABM) is involved in the project to ensure that the rules of health safety, ethics and equity are respected.

How important is the project to patients?

In a context of organ shortage, the PEGASE project is a solid opportunity to increase the number of usable heart transplants for patients waiting for a heart transplant.

It would allow the transplantation of about ten additional hearts each year, which are currently not harvested for lack of a suitable preservation solution.

In addition, the proof of concept will open up other opportunities related to prolonged organ preservation and complex transplantation.

How to support the PEGASE project?

If you feel strongly about this cause, there are several ways you can support the PEGASE team and the participants of the IHU ICAN Hero Run.

All members of the IHU ICAN community are welcome to join us in this solidarity race (physicians, patrons, donors, partners, former employees…).

Create your fundraising page to share with your network, whether you participate in the race or not.

I participate

Make a donation on the collection pages of the participants, who must collect 250€ each to take the start.

I donate

Commit your company to supporting this project by building a team or making a donation.

Contact us

What will your donations be used for?

Your donations will support the 3-year pilot study, which aims to to provide this cardiac transplant to 7 patients with an indication for transplantationbut cannot currently be placed on the waiting lists because they do not meet the criteria for entry into the conventional system.

Thanks to the Run for Heroes 2023, our medical teams hope to raise the sum of 10 000€ to support the transplantation of one of these 7 patients.

Join the race to support heart transplantation!

Do you have a question about the PEGASE project or the Race for Heroes? Contact Francine Trocmé, Director of Sponsorship and Communication, f.trocme@ihuican.org.


Attend the symposium dedicated to AI and Big Data in medical research and practice (February 10, 2023)

Attend the symposium “AI and Big Data in Medical Research and Practice” (February 10, 2023)

On Friday, February 10, 2023, the Conseil d’État, the CNIL and the Alliance IHU France invite you to their symposium “AI and Big Data: how will they revolutionize medical research and practice in the future?”

Doctors, researchers, regulators, industrialists and politicians will debate during three round tables the ethical issues of the use of Artificial Intelligence (AI) and Big Data in research and medical practice and will discuss the prospects offered by these new tools.

The debates are accessible to all via the website, the YouTube channel and the Twitter account of the Council of State.

Participate on the Council of State website

Day (9am-3:45pm)

The context: how to achieve a balance between protecting individuals and supporting health research?

One area of the application of Artificial Intelligence (AI) and Big Data is an ongoing challenge to public and private players: healthcare. It is a matter of finding a balance between data protection and around what is most intimate and most precious to the individual, his health, and society’s legitimate need for innovative treatments and diagnostics to meet medical needs that are insufficiently or poorly covered.

The collection and exploitation of massive data are very powerful levers for health research today, but they also call into question the current regulatory and organizational frameworks for research in France. The unavoidable need for protection, the mission of experimentation and innovation of public research in the short and medium term, and societal benefits in the long term: this is the triptych within which regulators and legislators must find a balance.

The program of the AI and Big Data conference

9:00 am – Opening Plenary

  • Didier-Roland Tabuteau – Vice-President of the Council of State
  • Marie-Laure Denis – President of the CNIL
  • Stéphane Hatem – Director General of the ICAN HCI

9:35 am – Presentation of the Council of State’s study on AI and public action

  • Thierry Tuot – Deputy President of the Interior Section of the Council of State

10:00 – The use of AI in research and medical practice

Artificial intelligence has made it possible to develop connected objects, essential tools for e-health. Through the illustration of the practical case of connected watches allowing to alert in real time a patient on his cardiac state of health, we will question their use, the interpretation of their results and the way in which they come to question, not only the ethics, but also the doctor-patient relationship. At the heart of the problem is medical decision making and the responsibility of the physician.

  • Moderator: Gérard Biau – Managing Director of SCAI
  • Stéphanie Combes – Director of the Health Data Hub
  • Dominique Le Guludec – President of the HAS
  • Pierre Jaïs – Director General of the IHU Liryc
  • Valérie Paradis – PUPH at AP-HP

11:15 – What regulatory framework for health data?

The usefulness of health data is no longer in question in the context of scientific health research protocols. Nevertheless, the question arises of the legal framework that must facilitate ambitious research projects without compromising the data protection framework. Their ownership, protection, anonymization, and regulatory harmonization raise essential regulatory issues whose implications have a direct impact on the quality of research. With the underlying question: How can we create legal data sanctuaries for reliable, quality research using health data?

  • Moderator: Jean Lessi – Rapporteur to the Social Section of the Council of State
  • Antonios Bouchagiar – Member of the Legal Service of the European Commission
  • David Gruson – Founder of Ethik-IA
  • Stéphane Hatem – Directeur général de l’ICAN HCI
  • Valérie Peugeot – Commissioner responsible for health data at the CNIL

2:00 pmWhat economic ecosystem for health data in France?

Once the regulatory framework is set, What ecosystem of bodies should ensure the preservation of the highly qualified data produced by the research centers? This richness, which is different from the data coming from the health care system (poured into the Health Data Hub), requires scientific competence, significant investments and a key element: trust. What is the profile of the regulator and/or sponsor of AI science research?

  • Moderator: Louis Dutheillet de Lamothe – Secretary General of the CNIL
  • Christian Deleuze – Deputy Chief Innovation Officer of Sanofi, President of Medicen Paris and President of the Healthcare Data Institute
  • Yedidia Levy-Zauberman – Director of Public Affairs at Owkin
  • Sébastien Massart – Director of Strategy at Dassault Systèmes

15h10 – Closing Plenary

  • Jean-Noël Barrot – Minister Delegate for Digital Transition and Telecommunications
  • Thierry Tuot – Président adjoint de la section de l’intérieur du Conseil d’État

How to participate in this AI and Big Data in healthcare conference?

The event is accessible free of charge online, without pre-registration. You just have to connect at 9am on Friday, February 10, 2023 via one of the following media:

Participate on the Council of State website

Day (9am-3:45pm)

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In 2023, we continue our commitment! Discover our wishes on video

Happy New Year 2023!

In 2023, the entire community will continue its daily commitment to accelerate the progress of research and develop the medicine of tomorrow in cardiometabolism, in order to improve patient care.

We would like to thank all the people involved for the good realization of the scientific and medical projects of the IHU ICAN.

Thank you to our 53 employees, 168 physicians, 221 researchers, as well as to our founders, partners, patrons and donors for their precious support throughout the year.


World Heart Day 2022: How to better detect atrial cardiomyopathy to avoid atrial fibrillation?

World Heart Day 2022: How to better detect atrial cardiomyopathy to avoid atrial fibrillation?

On World Heart Day, Thursday, September 29, 2022, it is important to remember that the atrial fibrillation or atrial fibrillation (AF) is the most common heart rhythm disorder. In France, it is estimated that it affects 750,000 people and that it is responsible for nearly 20% of ischemic strokes (obstruction of the cervical artery).

To fight against this cardiac disorder, the ICAN UHI is developing MAESTRIA, an innovative project that aims to better detect atrial cardiomyopathy, responsible for the occurrence of atrial fibrillation and vascular embolic accidents, thanks to a consortium of 18 international partners. Discover this ambitious project below!

Atrial fibrillation, a growing heart disease

Heart rhythm disorders often cause a sensation of abnormal heartbeat (palpitation, irregular heartbeat…), but they can also be asymptomatic and diagnosed during a heart examination. They represent the 1st cause of sudden death before 35 years.

A rapidly growing heart disease, atrial fibrillation is a heart rhythm disorder strongly linked to the aging population. Up to 8% of people over the age of 80 suffer from it, and 110,000 to 230,000 new cases appear each year. The increase in its incidence and prevalence results in an estimated cost of care of approximately 2.5 billion euros per year in France.

It is therefore essential today to better understand this pathology, a real economic and public health issue.

The MAESTRIA project, in response to this public health issue

Launched in September 2021 and coordinated by Sorbonne University, the MAESTRIA (Machine Learning and Artificial Intelligence for Early Detection of Stroke and Atrial Fibrillation) research project has responded to the H2020 call for projects on digital diagnosis.

This international consortium brings together 18 partners from several European countries, the United States and Canada.

The objective of the project is to develop the 1rst digital platform for integrative diagnosis of atrial cardiomyopathy.

Discover the video of the project

This tool will combine imaging data with physiological data (omics, clinical…) of patients, in order to obtain improved diagnostic accuracy through the identification of new therapeutic targets.

Its objective is to better prevent the complications of atrial cardiomyopathy (atrial fibrillation, strokes…) in order to increase the effectiveness and efficiency of treatments.

The project includes 3 strategic areas:

  1. Personalized diagnosis and innovative multidisciplinary care pathway, using genomic, metabolic and tissue inflammation research data,
  2. Risk stratification in AF patients with the use of artificial intelligence,
  3. Deployment of a digital diagnostic platform at the European level.

Discover the MAESTRIA project websiteMake a donation to support innovation

Who are the actors involved in this innovative project?