Dresden cell biologist elected to the Leopoldina National Academy of Sciences
Dresden researchers discover how a protein creates the rotatory forces essential for animal development.
16 new high-quality reference genomes from vertebrates are published, advancing comparative biology, conservation, and health research.
International research team identifies how the cell nucleus structures active and inactive DNA.
First six reference-quality bat genomes released and analysed.
For the first time, Dresden researchers prove the existence of DNA loops in a living context.
A systems analysis of liver regeneration
Compact DNA organization improves vision in nocturnal mammals.
Dresden researchers create geometrical and functional liver model for improved diagnosis of non-alcoholic fatty liver disease.
Genes lost in whales and dolphins helped adapting to an aquatic environment.
