Département de biologie moléculaire
Two ways to fold the genome
"Co-translational protein targeting and translocation studied by electron cryo-microscopy"
Assembly of heterochromatin- tails from fission yeast
Coping with stress: adaptations of neural stem cells in Drosophila
“Regulation of Tissue Growth in Drosophila”
Role of tyrosine phosphatases in signaling and cancer
Adapting CRISPR/Cas9 for functional genomics screens
"Genomic stability in normal and cancer cells"
Unravelling plant metabolism through the integration of heterogeneous data from metabolomics, genetics and informatics
Imaging phagocytosis: receptors, signal transduction and the cytoskeleton
The importance of gene and genome duplications for natural and artificial organism populations
Mechanisms of centriole formation
"Unifying the mechanisms of replication stress-induced fragile sites, CNVs and complex rearrangements"
TOR signaling in growth and metabolism
"Mechanisms of DNA replication revealed by structural studies"
Proteostasis Networks and the Heat Shock Response in Biology, Aging, and Disease
The evolution of simplicity: loss of characters as a theme in animal evolution
Mutational landscape of yeast mutator strains
“Increased chromosome mobility facilitates homology search during double-strand break repair. »
Molecular and Neural Architecture of Social Behaviors in the Mouse
SMC protein complexes in chromosome organisation and segregation
Specificity and modules in circuits for motor control
Signaling networks and genomic landscapes in vertebrate limb development and evolution
The molecular machinery of chromosome segregation and its feedback control
Waterproofing plants: Sensing, signaling and response mechanisms
'The RNA exosome - ribosome connection: coupling RNA synthesis and degradation'
The spliceosome: one of the most complex and structurally dynamic molecular machines of the cell
Regulation of zygote polarity
The Origin of a Novel Cell Type: the decidual cell of mammals
to be announced
Quantitative cellular and molecular approaches to understand the mechanisms of cytokinesis and endocytosis.
RNA processing and diseases
Regulating mechanisms of gene expression
Structural and Functional Studies of Poly(U) Polymerases
How telomeres solve the chromosome end protection problem
Roles of Cbp80 in translation repression of transported mRNAs and in the piRNA pathway