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ERA4Health CARDINNOV GANDHI

Proudly presenting ERA4Health project GANDHI Consortium (2024-2027):

O-GlucNAse in Acute Decompensated Heart Failure. From Bench to Bed-Side

paul mulder  csm florence pinet  Nabben Miranda 2  Stefan Chlopicki

Pr Paul MULDER

Co-ordinator, Partner 1: EnVI Laboratory,
INSERM UMR1096, Rouen, France                

Dr Florence PINET

Partner 2: INSERM U1167,
Institut Pasteur Lille, France         

 Dr Miranda NABBEN

Partner 3: Maastricht University, 
Department of Cardiology,
CARIM, Netherlands

Pr Stefan CHLOPICKI

Partner 4: Jagiellonian University,
Krakow, Poland

Read more: ERA4HEALTH Joint Action

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ERA4Health CARDINNOV HFpEF-DIVA

Proudly presenting ERA4Health project HFpEF-DIVA Consortium (2024-2027):  Diverging HFpEF Phenotypes : patient-tailoreD targeting of anti-Inflammatory pathways to limit Ventricular and Atrial remodelling

 Ebba web  vanessa web  Arantxa webb  Liz webb  hybrigenics web  Krista web

Dr Ebba Brakenhielm

Coordinator:
EnVI Laboratory,
INSERM UMR1096
Rouen, France              

Dr Vanessa van Empel

Partner 2: 
 Maastricht University
Department of Cardiology, CARIM, Netherlands

Pr Arantxa González-Miqueo

Partner 3:
CIMA,
Pamplona, Spain   

   . 

Pr Elizabeth Jones

Partner 4: 
KU Leuven,
Belgium

  

 

Dr Jean-Christophe Rain

Partner 5: Hybrigenics SAS, Evry, France

   

 

Krista Bogaert

Collaborator I:
 Healthy Heart Fund, Leuven, Belgium

 

Read more: ERA4HEALTH Joint Action 

Twitter / X: #HFpEF_DIVA 

LinkedIn: https://fr.linkedin.com/company/hfpef-diva  

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RESIST-HF ANR PRC 2018-2023

Acute decompensated heart failure (ADHF) represents a major therapeutic challenge. Although numerous well-established therapies are available in the clinic for chronic HF, the acute HF market has considerable unmet needs. Cardiac edema may be a key-player in this pathophysiological situation, and we hypothesize that loss of microvascular integrity in blood vessels and lymphatics contributes to cardiac edema in ADHF. We have previously shown that prevention of vascular hyperpermeability reduces cardiac edema acutely post-MI.

In this project, coordinated by Dr Stephane Germain (Collège de France) and in collaboration with Pr Bijan Ghaleh-Marzban (Mondor Biomedical Institute) and Pr Paul Mulder and Dr Ebba Brakenhielm at Inserm UMR 1096, we investigate, in our novel ADHF models, the contribution of microvascular leakage and/or lymphatic dysfunction to cardiac edema; and further determine if restoration of vascular integrity (Patent, Partner 1; Project coordinator) may reduce blood microvascular hyperpermeability, lymphatic dysfunction as well as cardiac edema and lead to improved cardiac functional recovery.

Our RESIST-HF project, focused on restoring microvascular integrity, will improve the understanding of ADHF mechanisms and may reveal new and efficient pharmacological strategies to improve patient outcome.

See REStoring mIcrovaScular inTegrity in acute Heart Failure | ANR

MiRAVALVE-CKD ANR PRC 2024-2027

The ANR PRC project MiRAVALVE-CKD  - Mineralocorticoid Receptor Antagonism and Aortic Valve Calcification in Chronic Kidney Diseases has been selected for funding. This project, coordinated by Pr Frédéric Jaisser at the Centre de Recherche des Cordeliers , Inserm UMR S1138, in collaboration with Pr Paul Mulder, Inserm UMR1096 and Pr Natalia López-Andrés, Navarra University, Spain, is set to investigate the impact of the mineralocorticoid system in mediating valcular calcification in the setting of chronic kidney disease.

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