Cardiac progenitor cells in heart regeneration:
The limited regeneration capacity of the adult mammalian heart increases the risk of heart failure that develops after cardiac damage. The expectatio…
We are taking an initiative toward the advancement in the understanding and treatment of cardiovascular diseases by carrying out the most advanced research of the cause of these ailments on the molecular and cellular levels in our laboratory.
Our laboratory focuses on understanding the molecular and cellular mechanisms underlying adult / congenital cardiovascular diseases and developing new approaches to improve cardiovascular recovery, mainly utilizing cardiac progenitor cells (CPC) and induced pluripotent stem cells (iPSC) for disease modelling and cell therapeutics. We are also particularly interested in defining the therapeutic and diagnostic potential of extracellular vesicles (EVs) in cardiogenesis, cardiac regeneration and progression of cardiovascular diseases.
The limited regeneration capacity of the adult mammalian heart increases the risk of heart failure that develops after cardiac damage. The expectatio…
Our research also focuses on better understanding the cellular and molecular mechanisms underlying cardiovascular diseases and congenital disease-rel…
EVs have been implicated in cellular signalling in atherosclerosis development. Our laboratory aims to reveal the biophysical properties of plasma de…