Skip to main content
Three-dimentional running man. low-poly wireframe Vector polygonal illustration. Starry sky or space form, consisting of points, lines, lights, shapes in the form of stars with destruct shapes
dTosh -

Molecular Diabetology and Exercise

Weigert Lab

About our research

Our goal is to identify and characterize molecular determinants and regulators of a successful prevention of diabetes and related diseases by exercise. In the context of exercise, we are also interested in organ crosstalk and in the regulation and function of secreted proteins and metabolites.

Regularly physical activity can prevent type 2 diabetes and the metabolic syndrome and is often superior to pharmaceutical treatment. Its numerous beneficial effects cannot only be attributed to an increase in energy expenditure and do not only take place in the working skeletal muscle, but affect the organism as a whole. We work on characterizing the molecular pathways underlying the exercise response in individual cells and organs and on identifying soluble mediators that orchestrate the beneficial effects of exercise.

Scientists at molecular diabetology and exercise

Mirjam_Hoehne_MedKlinik_Portraits213_ 208

PD Dr. Miriam Hoene

Simon_Dreher_Med_Mitarbeiter_ 256

Dr. Simon Dreher

Jennifer_Maurer_Med_Mitarbeiter_ 246

Jennifer Maurer

PhD student
Thomas_Goj_Med_Mitarbeiter_ 247

Thomas Goj


Bruno Taschke

PhD student

Kolja Leffek


Highlight Publications



Prof. Dr. Cora Weigert

Head of Section, Scientist