Jul
07
New publication of the team Molecular Chaperones and Macromolecular Assemblies Biogenesis
Chloroplasts are the main energy-producing organelles in plants, responsible for photosynthesis, CO2 fixation, and O2 production.
Author: LBMCE
Jul
07
8th of July – Seminar from Gregoire Najjar
Elucidating the Human Telomerase Interactome in Aneuploidy-Induced Replication Stress Context
Sep
26
Gabin Ferrand – PhD defense
Accumulation of impaired proteins presents a critical challenge for cells, and control systems have evolved to minimize their detrimental effects. Cells have developed mechanisms to address ribosomal stalls caused by problematic translation.
Sep
18
1st December – Seminar from María Moriel-Carretero
General principles of DNA damage sensing by (lipid) membranes Dr. María Moriel-Carretero Centre de Recherche en Biologie cellulaire de Montpellier (CRBM) Université de Montpellier-CNRS, Montpellier, France invited by Teresa Teixeira Monday 1st December 2025, at 10:30 am at IBPC Conference room Read more
Sep
18
24th November – Seminar from Vincent Vanoosthuyse
Re-appraising the role of R-loops in transcription-driven genome instability Dr. Vincent Vanoosthuyse LBMC, ENS-Lyon, France invited by Teresa Teixeira Monday 24 November 2025, at 10:30 am at IBPC Conference room
Sep
18
LBMCE at Dynamo Symposium
LBMCE’s Teams participated in the Dynamo Symposium at Collège de France and Normale Sup
Jul
24
LBMCE at Yeast Meeting
The Telomere Biology and Functional Regulation and RNA Surveillance teams participated in the Yeast 2025 conference at Sorbonne University.
Jul
01
New publication of the team Membrane Dynamics and Post-translational Modifications
Mitochondria assemble in a dynamic tubular network. Their morphology is governed by mitochondrial fusion and fission, which regulate most mitochondrial functions including oxidative phosphorylation.
Mar
14
Seminar from Manuel S Rodriguez
Previous studies using ubiquitin traps combined with mass spectrometry revealed that in Bortezomib (BTZ) resistant Mantle Cell Lymphoma (MCL) cells, a selective autophagy mechanism, known as proteaphagy, was a main mechanism eliminating the proteasome and reducing the sensitivity to this treatment.
Jan
27
New publication of the team Telomere Biology
Telomere shortening ultimately causes replicative senescence.