Département de biologie moléculaire
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Our department belongs to the Section of Biology of the Faculty of Sciences of the University of Geneva


Our department belongs to the Faculty of Sciences of the University of Geneva. We are one of the oldest molecular biology departments in the world, where restriction enzymes were first discovered - Nobel prize 1978 - and where electron microscopy of biological materials was developed - Nobel prize 2017 (see History).

Molecular Biology Department members in 2017

The research activities of the Department of Molecular Biology address several important areas of molecular and cellular biology, such as tumor suppression and responses to DNA damage and DNA replication stress, the signalling pathways that orchestrate eukaryote cell growth, the regulation of gene expression by non-coding RNAs, telomere function and gene silencing in yeast, nucleosome organization and kinetochore function, retina development and structural studies of cytokine-mediated signal transduction.

One of the strengths of the department is to harbor such a wide range of research interests, which often leads to fertile interactions between members of the different research units. That this strategy has been sucessful is shown by the various awards given to different department members:

In addition to the awards listed above, three members of our faculty are currently funded in part by ERC grants. Two of these are Advanced grants and one is an Consolidator grant.

Our University scores consistently high on various rankings of European Universities. For example, on the ranking from Leiden University , the University of Geneva is on 14th place.

The department is very proud of its doctoral school. Ph.D. students receive an excellent theoretical and practical education in biomedical research, and have a regular opportunity to present their research work in a weekly departmental seminar series (see Ph.D. program).


Next seminar

1S059, Sciences III

Florian Steiner


"Histone H3 Variants and the Inheritance of Chromatin States”

Host: Robbie Loewith

Paper of the month

From Shore Lab

Opposing chromatin remodelers control transcription initiation frequency and start site selection.
, , , , , , ,
Nat Struct Mol Biol, ; 26 (8): 744-754


From Pillai Lab

Counting the Cuts: MAZTER-Seq Quantifies m6A Levels Using a Methylation-Sensitive Ribonuclease.
Cell, ; 178 (3): 515-517

From Loewith Lab

TORC2 controls endocytosis through plasma membrane tension.
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J Cell Biol, ; 218 (7): 2265-2276