Basic Cardiovascular Sciences 2025  /  The Age of Metabolism  /  Glutamine-serine Metabolism Control Pathologic Vascular Stiffness
Logo

American Heart Association

  121
  0

Final ID:

Glutamine-serine Metabolism Control Pathologic Vascular Stiffness

  • Chan, Stephen  ( UNIVERSITY OF PITTSBURGH , Pittsburgh , Pennsylvania , United States )
    • Author Disclosures:
    Stephen Chan: DO have relevant financial relationships ; Consultant:United Therapeutics:Active (exists now) ; Ownership Interest:Synhale Therapeutics:Active (exists now) ; Individual Stocks/Stock Options:Synhale Therapeutics:Active (exists now) ; Research Funding (PI or named investigator):NIH:Active (exists now) ; Research Funding (PI or named investigator):AHA:Active (exists now) ; Research Funding (PI or named investigator):WoodNext Foundation:Active (exists now) ; Research Funding (PI or named investigator):Bayer:Active (exists now) ; Research Funding (PI or named investigator):United Therapeutics:Active (exists now) ; Consultant:Merck:Past (completed)
Meeting Info:

Basic Cardiovascular Sciences 2025

2025

Baltimore, Maryland

Session Info:

The Age of Metabolism

Friday, 07/25/2025 , 03:15PM - 04:30PM

General Session

More abstracts on this topic:
How Do SGLT2 Inhibitors Reduce Cardiovascular Events and Heart Failure?

Arany Zoltan

Foxm1-Mediated Mitochondrial Function in Cardiomyocytes Protects Cardiac Ischemic Injury Through Suppressing Mkrn1-Dependent LKB1 Ubiquitination

Song Shuai, Zhang Xiaokai, Sun Aijun, Ge Junbo

More abstracts from these authors:
Reflections on Resilience: Pursuing a career of failure and unpredictability

Chan Stephen

Amino Acid Metabolism as a Regulator of Epigenetic Modifications

Chan Stephen, Potus Francois

You have to be authorized to contact abstract author. Please, Login
Not Available