📢Membrane enthusiasts! #MembraneTrafficking Online Seminars are back this January, with a stellar Jan–Apr 2025 line-up!
Join @felixmendu@Fran_Bottanelli and me for some exciting science.
Save the dates—details via mailing list, Slack group & our website:
https://t.co/vXQFmzwIwB
I am super excited to share our article addressing a longstanding question in neurobiology: how Ca²⁺ signaling cascades initiated at dendritic spines operate at a distance. Check it out here: https://t.co/t7zqOdKvFt @CellCellPress
Parece que hay que digerírselo a dos o tres acá: Esto no fue en un comedy club. Fue en un rally político de cierre para Presidente. No es un mensaje aislado. Es parte de una campaña q ha sido consistente en su mensaje.
Si tú crees que fue un chiste, el chiste eres tú.
A must-read!
Maximizing Access to Cell Biology for PEERS: Retracting the term minority in favor of a more inclusive lexicon | Molecular Biology of the Cell https://t.co/ydIm6GFgv8
New feature on #GeneReports: the Gene ToolKit, which displays a set of key genetic reagents that can be used to study a gene. We've included several categories for classical alleles & transgenic constructs, & highlight the most frequently used allele (with stock links) for each.
.@edresselhaus1 et al. @RodalLab @BrandeisU suggest that synaptic extracellular vesicle release serves proteostatic rather than intercellular signaling functions for certain cargoes. https://t.co/P88ML8L2df
#Neuroscience#Trafficking#Drosophila
Dive into the fascinating world of Neuronal ER at ASCB 2023! Join @QuinonesFrias, @LorenaBenedet15, @MichaelHoppa & @CraigBlackstone on Dec 5, 1:15pm-2:15pm for an insightful roundtable. Don't miss out! #ASCB2023 🧠 🔬
Dive into the fascinating world of Neuronal ER at ASCB 2023! Join @QuinonesFrias, @LorenaBenedet15, @MichaelHoppa & @CraigBlackstone on Dec 5, 1:15pm-2:15pm for an insightful roundtable. Don't miss out! #ASCB2023 🧠 🔬
🔬🚨 New preprint from @cjobara and myself during our time together in the @JLS_Lab and Blackstone lab. Motion of single molecular tethers reveals dynamic subdomains at ER-Mito contact sites...a (belated) thread🧵...(1/9)
I'm excited to share my work in the @RodalLab now on bioRxiv, where I examined live presynaptic ER networks with high-resolution microscopy in Drosophila.
https://t.co/5czOSTb53t