The Platform Stem Cell Biology and Regeneration works on fundamental questions of stem cell biology, embryonic development and primate reproduction. The resulting knowledge and expertise is also used for translational projects in which new therapies are developed and tested. The Platform Stem Cell Biology and Regeneration collaborates with partners from biosciences and human medicine in order to cover the spectrum from basic research to preclinical testing of new therapies. In addition, our resources are used for the development of alternative methods to animal testing.
Thawat Wisate 
Wolf Schuchardt 
Karin Tilch 
Susanne Schumacher ![[Translate to Englisch:]](/fileadmin/_processed_/a/6/csm_Unknown_fbb9840cbf.png "[Translate to Englisch:]")
ChatGPT, Dimitri Lindenwald 
NGUYEN VAN TRUONG 
willyam - stock.adobe.com The Platform Stem Cell Biology and Regeneration is involved in several training programs of the Faculty of Biology and Medicine at the Georg-August University of Göttingen. These include the Bachelor's program in Biology, the Master's program in Developmental, Neural, and Behavioral Biology, the Master's programs in Molecular Medicine and Cardiovascular Science as well as the integrated International Max Planck Research School (IMPRS) Molecular Biology (combined Master's and PhD program).
Publications
- Yuliia Tereshchenko; Nesil Esiyok; Enrique Garea-Rodriguez; Daniele Repetto; Rüdiger Behr; Ignacio Rodriguez-Polo (2024):):
Transgene-Free Cynomolgus Monkey iPSCs Generated under Chemically Defined Conditions.
CELLS-BASEL 13(6):558 - DOI - - Tkachenko, Olena Y; Kahland, Tobias; Lindenwald, Dimitri; Heistermann, Michael; Drummer, Charis; Daskalaki, Maria; Rüger, Nancy; Behr, Rüdiger (2024):
In vitro matured oocytes have a higher developmental potential than in vivo matured oocytes after hormonal ovarian stimulation in Callithrix jacchus.
J OVARIAN RESEARCH 17:120 - DOI - - Kurlovich, Julia; Rodriguez Polo, Ignacio; Dovgusha, Oleksandr; Tereshchenko, Yuliia; V Cruz, Carmela Rieline; Behr, Rüdiger; Günesdogan, Ufuk (2024):
Generation of marmoset primordial germ cell-like cells under chemically defined conditions.
LIFE SCI ALLIANCE 7(6):e202302371 - DOI -
