Volterra_Lab retweeted
Trending on PubMed: Specialized astrocytes mediate glutamatergic gliotransmission in the CNS. pubmed.ncbi.nlm.nih.gov/3767…
We wanted to follow up on our recent @Nature publication by describing the key findings and thanking author contributions. Also, we wanted to thank everyone who re-tweeted/shared our story and helped its spread... nature.altmetric.com/details…
In fig 3, we show that vesicular glutamate transporter KO in astrocytes alters LTP, contextual memory & seizure parameters - indicating astrocyte glutamate release contributes to these processes. Thanks to @adaledonne, Roberta de Ceglia, @kennethd_harris, Giovanni Carriero.
In fig 4, we show that, in the nigrostriatal circuit, vesicular glutamate transporter KO in astrocytes augments synaptic excitation of dopaminergic neurons and their ability to release dopamine in vivo. Thanks to @adaledonne, Emanuele Latagliata & @mercurinb.
Volterra_Lab retweeted
📰News Recherche
La découverte de cellules d’un nouveau genre bouscule les neurosciences 🔬🧠 @Nature
➡️news.unil.ch/display/1693819…
@LudovicTelley @Volterra_Lab @DNF_neuro @FBM_UNIL @unil @Wysscenter
#nouvelles #cellules #cerveau
📷©Telley/Volterra, UNIL
Our work in @Nature is out! Special thanks to Roberta de Ceglia, @adaledonne, @david_g_litvin, @LindLykke, @kennethd_harris, @_mameli_, @mercurinb, @LudovicTelley. Also thanks to @Wysscenter, @DNF_neuro, @snsf_ch & @ERC_Research. nature.com/articles/s41586-0…
Volterra_Lab retweeted
🎉 🎉 🎉 Excited to announce the publication of our latest lab paper with @Roberta_deceglia @Volterra_Lab @_mameli_ and others. We dive deep into astrocyte glutamate release, challenging previous beliefs and showcasing the heterogeneity in astrocytes. nature.com/articles/s41586-0…







