Many epigenetic regulators play essential roles in animal development, but precisely how they function across different cell types without clear sequence preferences remains a foundational challenge. ...

This annual meeting takes place at Munich (DE) providing an instrumental platform to discuss the recent findings on epigenetics with the local community.

Our clinical training pathway integrating AI and machine learning with discovery research.

Open to candidates of Black or mixed Black heritage only.

The molecular factors and mechanisms that mediate the chromatin recruitment of activation-induced deaminase and the generation of its stalled polymerase II substrate during somatic hypermutation are i...

PhD (f/m/d)

Funding success: Baden-Württemberg Stiftung funds Max Planck epitranscriptomics research that explores RNA and epigenetic interactions during cell division and their role in leukemia treatment resista...

Cyclin-dependent kinase 9 (CDK9) inhibition represents a promising therapeutic strategy in cancers that disrupts RNA polymerase II pause release and collapses oncogenic transcripts. Here, we show that...

In eukaryotes, ribosome biogenesis initiates within the nucleolus, a hallmark multilayered compartment of the nucleus. Structures of pre-ribosomes have been characterized ex situ, but their assembly p...

In eukaryotes, ribosome biogenesis initiates within the nucleolus, a hallmark multilayered compartment of the nucleus. Structures of pre-ribosomes have been characterized ex situ, but their assembly p...

By Dr. Douglas R. Waverly, Professor Emeritus of Biochemistry, Yale University

Telomeres have the crucial role of protecting chromosome ends and its length varies significantly between organisms. What evolutionary factor shapes this natural variation has been a long standing que...