Ongoing projects
Prevent & Stop Vascular Diseases of Diabetes
Research
My laboratory is currently investigating the mechanisms of protective factor inhibition such as insulin, VEGF and PDGF through phosphatases induced by glucose and lipid metabolism which are responsible for diabetic kidney disease (nephropathy), peripheral arterial disease, advanced atherosclerosis and chronic wound healing.
To learn more on:
Research axe: Diabetic nephropathy
Role of DUSP4 on insulin signaling in podocytes
Research axe: Diabetic nephropathy
Role of IGFBP-2 on podocyte function in type 2 diabetes
Research axe: Diabetic nephropathy
Role of DUSP4 on tubular and glomerular fibrosis
Research axe: Diabetic nephropathy
Role of SHP-1 causing insulin resistance in podocytes
Research axe: Peripheral arterial disease
Role of the apelinergic system in poor collateral vessel formation in diabetes
Research axe: Peripheral arterial disease
Role of DUSP4 on endothelial cell function in diabetes
Research axe: Peripheral arterial disease
Role of SHP-1 in the process of angiogenesis in a model of lower limb ischemia
Research axe: Atherosclerosis
Role of DUSP4 during monocyte/endothelial cell interaction involved in atherosclerosis
Research axe: Chronic wound healing
Role of the apelinergic system during the wound healing process in diabetes
You are passionate about research
Join our team