The Beli and Ulrich labs find that chromatin and protein regulatory networks are extensively reorganised in senescence. [more]

Prof. Torres-Padilla is an expert on the epigenetic mechanisms that regulate cell fate and cellular identity. [more]

The Baumann and Schweiger labs reveal how a mutation in RTEL1 modifies dyskeratosis congenita caused by a telomerase RNA template mutation. [more]

To apply and for more information click here! [more]

The Luck lab identified over 1,000 deleterious human genetic variants in intrinsically disordered protein regions. [more]

Check out this new paper by Maximilan Reuter, one of our Team Leaders, in Nature Communications! [more]

The grant will fund his work developing techniques to visualise proteins at nanometer-level resolution inside living cells in real-time. [more]

The award recognises Laura's research into the mechanisms that activate mRNA translation at the beginning of embryonic development. [more]

The conference covered double-strand breaks, chromatin dynamics, replication stress, and age-related diseases and therapies. [more]

To apply and for more information click here! [more]

Ulrich's lab will study how cells control mRNA export from the nucleus to the cytoplasm and how these mechanisms are hijacked in viral infections. [more]

Laura's lab investigates how mRNA translation is activated in the early embryo. [more]

The Roukos lab developed a new protocol giving unprecedented insights into how genome-editing enzymes work. [more]

The 4-day conference focuses on threats to genome stability from endogenous sources, their consequences, and cellular defence measures. [more]

Prof. Ladurner is an expert on how post-translational modifications and cellular metabolites influence gene expression. [more]