Thomas Jenuwein |
Max Planck Institute of Immunobiology and Epigenetics, Freiburg, Germany Epigenetic Control by Histone MethylationThe structure and function of mammalian heterochromatin has been a major focus of our laboratory, since our discovery of the first histone lysine methyltransferases (KMTs). Currently, our research focuses on the epigenetic profiling of large chromosomal regions, analyzing the role of non-coding RNAs in heterochromatin formation, identifying all components for mammalian heterochromatin and dissecting signalling pathways to chromatin. As associated member we see many natural synergies with the research conducted within EpiGeneSys. In particular, we are convinced that our lines of research will significantly contribute to WP2 (Dynamics of Epigenetic Regulators) and WP4 (Signalling to the epigenome). In addition, we are also highly committed to support the training program for young scientists as well as the public education mission of EpiGeneSys. |
Residing in the physical heart of the cell, the nucleus has now fully shed its once one-dimensional reputation as the repository for genetic information and steady supplier of messages to the cytoplasm. This sea change…
An open call for bilateral Franco-German projects in human epigenomics from the ANR-France has been announced! The deadline to submit a "declaration of intention" is March 29th, 2013. Click here for the announcement (in French).
Edith Heard, named a Chair of the Collège de France in Epigenetics and Cellular Memory will be giving weekly lectures starting in February that, in the tradition of this great institution, are free for anyone to attend. Lectures (in French) are from 16-17:30…
Watch the Nobel Prize winner, Sir John Gurdon, speak about winning the prize and about his revolutionary work on nuclear reprogramming.