BIH Center for Regenerative Therapies

Stefan Mundlos

This research field is concerned with the investigation of the causes of rare genetic diseases, in particular of the skeletal and immune system. Rare genetic diseases can contribute to understanding…

Daniel Ibrahim

The precise control of gene expression underlies all cell differentiation during an organisms life. Gene misexpression can be the cause of congenital as well as acquired disease. In recent years, we…

Franka Klatte-Schulz

In addition to the long-standing expertise of our working group in the field of bone regeneration and infection prophylaxis, our research focuses since several years on tendon regeneration. The high…

Carsten Perka

Amaia Cipitria

Christof Stamm

The human heart has very restrictive regenerative capacity in response to injury. The extensive loss of cardiomyocytes in acute myocardial infarction or end-stage heart disease is not compensated by…

Timo Z. Nazari-Shafti

Our junior group is part of the Translational Cardiovascular Regenerative Technologies research group (Emmert Lab) and aims to establish an interdisciplinary platform for extracellular vesicle based…

Marion Haag

This working group as part of the tissue engineering team of Prof. Dr. Michael Sittinger was formed by the successful characterization of the so-called CardAP cells*.

Maximilian Emmert

The concept of regenerative approaches comprising of cell-based therapies and cardiovascular tissue engineering technologies and hybrid solutions represents a promising, next generation approach to…