Mads Riemann

Mads Riemann serves as a Part-time Lecturer in the Department of Biomedical Sciences at the University of Copenhagen's Faculty of Health and Medical Sciences, contributing to teaching activities in biomedical sciences.

His research centers on cardiovascular physiology with emphasis on microcirculation, oxygen sensing mechanisms, and ion channel function. Using mouse cremaster muscle arteriole models, he investigates hypoxic/hyperoxic vasomotor responses, conducted vascular signaling, and the roles of K_ATP channels, L-type calcium channels, and CYP450 enzymes. His work extends to cardiac electrophysiological changes in metabolic disorders like pre-diabetes.

Analysis of publications from 2008-2015 reveals consistent focus on microcirculatory oxygen sensing pathways, particularly K_ATP channel and 20-HETE mediated mechanisms. Key contributions include establishing links between pre-diabetes and cardiac arrhythmogenesis, stroke mechanisms in congenital heart disease, and conducted vasomotor response propagation in arteriolar networks.