Program

To foster dynamic exchange and strong networking, our seminar series will feature two speakers per monthly session. Each presentation will be a concise 20-minute talk, immediately followed by a lively 10-minute discussion period, allowing for focused interaction on the latest advancements.

We strongly believe that collaboration thrives in an informal setting. Therefore, following each session, all participants are warmly invited to stay for a friendly shared meal and drinks. To attend the next session, please register via the registration page!

The program below is regularly updated. If you would like to be a speaker, please reach out to us via the "Contact us" button!

Thursday december 4, 2025 - 5:30 PM

Speaker 1
Hugues Cartonnet
Garel / Lokmane Lab

Prenatal neuronal activity regulates the emergence of striatum compartments

Speaker 2
Clara Zourray
Blauwblomme / Jabaudon Lab

Altered cortical development in epileptic channelopathies

Thursday january 8, 2026 - 5:30 PM

Speaker 1
Saverio Fortunato
Zalc Lab

Identification of an epigenetic mechanism safeguarding tissue patterning during development

Speaker 2
Barbara Delaunay Piednoir
Cohen-Salmon Lab

Sexual dimorphism in gliovascular unit development

Thursday february 5, 2026 - 5:30 PM

Speaker 1
Jing Xian Lun
Muriel Perron Lab

TBA

Speaker 2
Patrick Azzam
Pierani Lab

TBA

Thursday march 5, 2026 - 5:30 PM

Speaker 1
Izeta Kankadze & Claudia Gomez-Bravo
Nicol / Fassier Lab

TBA

Speaker 2
Mariacristina Capizzi
Sandrine Humbert Lab

TBA

Thursday april 2, 2026 - 5:30 PM

Speaker 1
Tanya Deutsch Guerrero
Ferent Lab

TBA

Speaker 2
-
-

Thursday may 7, 2026 - 5:30 PM

Speaker 1
Alice Gilbert
Baulac Lab

TBA

Speaker 2
-
-

Thursday june 4, 2026 - 5:30 PM

Speaker 1
Naomie Guille
Cohen-Salmon / Boulay Lab

Astrocyte development in a model of pericyte deficiency

Speaker 2
-
-

Past sessions

Thursday november 13, 2025 - 5:30 PM

Speaker 1
Natalia Baumann
Bizotto Lab

Genetic mosaicism during brain development

Speaker 2
Veronique Marthiens
Basto Lab

Brain biomechanics governs mitotic fidelity of embryonic neural stem cells