Institute Life > Séminars

Séminars

Speaker: Omaya Dudin (EPFL, Lausanne, Switzerland)
Genopolys amphitheater

Ichthyosporeans and the evolution of animal embryogenesis

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Contact IGH Kazufumi MOCHIZUKI

Speaker: Kristijan RAMADAN (University of Oxford, UK)
Genopolys Amphitheatre

Selective autophagy of DNA lesions promotes DNA repair and cell survival

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Contact IGH Domenico MAIORANO

Speaker: Thomas Surrey (CRG, Barcelona, Spain)
Genopolys amphitheater

In vitro reconstitutions reveal mechanisms of microtubule nucleation and organization during mitosis

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Contact IGH Krzysztof ROGOWSKI

Speaker: Sonia Garel (IBENS, ENS, Paris, France)
Genopolys amphitheater

Immune cells in the choreography of cerebral development
Neurobiologist Sonia GAREL, Professor at the Collège de France and Member of the Academy of Sciences, has led the « Brain Development and Plasticity team » at the ENS Institute of Biology (IBENS) since 2008. Sonia Garel is a pioneer in the study of the mechanisms that control the assembly of forebrain neural circuits during embryogenesis and postnatal development. Her fascinating research shows that brain activity is regulated by immune cells, called “microglia” that play a key role in neurodegenerative...

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Contact IGH Jean-Maurice DURA

Speaker: John Diffley (Crick Institute, Londres)
Genopolys Amphitheatre

DNA Replication Forks and the DNA Damage Checkpoint
On Tuesday, June 4th, Genopolys Amphitheater, at 11h30, John Diffley (Crick Institute, London) will give an exciting seminar on DNA damage and replication titled “DNA Replication Forks and the DNA Damage Checkpoint.” John Diffley, the Associate Director of the Francis Crick Institute, London, is a pioneer in the field of DNA replication and DNA damage. His groundbreaking research involves characterizing the mechanisms of DNA replication and has provided unparalleled insights into the initiation...

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Contact IGH Marcel MECHALI

Replication and Genome Dynamics

Speaker: Daan Noordermeer
Amphitheater Genopolys

Topologically Associating Domains regulate gene activity by restricting enhancer-promoter loops.
Topologically Associating Domains regulate gene activity by restricting enhancer-promoter loops. TADs are formed by loop extrusion and its blocking by CTCF at their boundaries. How optimal separation between TADs is achieved remains incompletely understood.  I will present our recent work showing that most TAD boundaries consist of clustered CTCF sites, with each site imperfectly and additively contributing to loop extrusion blocking. Moreover, I will present unpublished biophysical modeling and...

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Contact IGH Giacomo CAVALLI

Chromatin and cell biology

Speaker: Jean Salamero (Institut Curie, France)
Genopolys Amphitheatre

A Deep Learning approach to challenge live imaging of EndoMAMs (endosomal membranes associated with mitochondria)
Jean Salamero is an internationally renowned expert in imaging. He led a team at Curie for many years, working on endomembrane trafficking and developping various live, fixed and correlative imaging methods. In addition to his research acitivities, Jean played a major role to develop imaging infrastructures nationwide. He created and developped the Curie imaging facility, he was also a key player for the creation of France-BioImaging and later led this National Infrastructure dedicated to biological...

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Contact IGH Edouard BERTRAND

Cell Biology of RNA