MOLECULAR ONCOLOGY
PRIVES LAB

p53–p21–DREAM · E2F/CHR · Cell-cycle control

Molecular Oncology

Leipzig University Medical Center

Welcome to our lab

Decoding the promoter logic that stops cell division

The Molecular Oncology group investigates how stress signals are converted into coordinated transcriptional arrest across the human cell cycle. Its work defines the p53–p21–DREAM/RB pathway and the promoter elements that connect tumour-suppressor signalling with hundreds of genes required for DNA replication, repair and mitosis.
KE

Principal investigator

Kurt Engeland

Professor of Molecular Oncology

The Engeland laboratory studies transcriptional networks that determine whether a cell continues dividing or enters arrest. A central focus is the p53–p21–DREAM–E2F/CHR pathway: p53 activates p21, cyclin-dependent kinase activity falls, and RB-family pocket proteins assemble repressor complexes that silence broad programmes of cell-cycle genes. The group combines promoter dissection, genome-scale expression and binding analysis, gene editing, protein-complex biology and quantitative cell-cycle assays to distinguish the contributions of DREAM, RB:E2F and activating MuvB–MYB complexes. Current work extends this framework to BRCA1/2 and DNA-repair genes, A-MYB/B-MYB redundancy, and new assays that track cell death and division in the same population.
Meet the lab

Research programmes

What we study

View all research →

Selected publications

Recent and defining work

View all publications →

Join the lab

Study how promoter architecture controls cell fate

View opportunities