Paoletti Lab
@LabPaoletti
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This is the twitter account of the Paoletti Lab @IBENS_ENS. We study the structure-function and physiology of glutamate receptors, especially NMDA receptors.
Joined June 2022
New paper from our group : GluD1 binds GABA and controls inhibitory plasticity
www.science.org
The ionotropic glutamate receptor family member GluD1 binds the inhibitory neurotransmitter GABA and controls GABAergic synaptic plasticity.
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Nous recherchons un.e assistant.e ingénieur.e en biologie moléculaire et cellulaire pour un contrat de 8 mois à partir de janvier 2024. Plus d’info au lien suivant :
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Our review on excitatory GluN1/GluN3 glycine receptors is out in Trends in Neuroscience. You can download it for free at the following link:.
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We are hiring! 2 years of post-doctoral position in the Paoletti lab to study unconventional glycine-sensitive ionotropic glutamate receptors. RT welcome!
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3 posters on the excitatory glycine receptors GluN1/GluN3: .Marco De Battista, Poster session 02, Sunday 14h00-17h30), board 359;.Lara Pizzamiglio and Simon Bossi, Poster session 03 (Monday 9h30-13h), Boards 259 and 260.
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3 posters on #Photopharmacology of NMDA receptors, all about optical control of GluN2B-containing NMDA receptors. Antoine Sicard, Chloé Geoffroy and @MonyLaetitia: Poster session 03 (Monday 9h30-13h), boards 248 to 250.
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The Paoletti lab is going "en masse" to #FENS2022. Please come and check out our many posters 👇.
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This week was a very good week for the lab with two ANR grants obtained by @MonyLaetitia and David Stroebel, as well as a PhD fellowship for our newest member Julia Doria. A lot to celebrate 🥳.
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Lab retreat at Porquerolles. A lot of fun and science in perspective.
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It unveils that GluN1/GluN3A excitatory glycine receptors (eGlyRs) are widespread in the adult brain, forming a novel signaling modality by which extracellular glycine tunes neuronal activity, circuit function, and behavior. 2/3.
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New publication of Nelson Rebola's lab and @PaolettiLab is out @NeuroCellPress! 1/3.
www.cell.com
Bossi et al. show that GluN3A subunits control the activity of selective neuronal populations in the adult mouse brain via the formation of excitatory glycine GluN1/GluN3A receptors (eGlyRs)....
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