Are you in Zurich and into arts and neuroscience? Then join us on a "surreal journey through the brain"! 🧠🎨👩‍🔬👩‍🎨

Another quick 3R-related question to the experts: What are currently the most advanced homecage monitoring systems for mice - based on *video data* (not beam grids, not floor plates, not RFID)? Ideally something that works in IVC cages. Has someone solved this challenge?

Rapidly-fluctuating proepileptic signal in the brain: rdcu.be/dyi83

Happy to share a review I wrote on wide-field cortical imaging in behaving mice published in Neurophotonics. Delighted to see how much the wide-field community has grown in the last few years! Please RT!🙏 doi.org/10.1117/1.NPh.…

Big news!! Our paper about astrocyte NMDA receptors is out in Nature Communications! rdcu.be/dzcE9 This team effort was spearheaded by Noushin Ahmadpour Meher Kantroo Thanks to the Reviewers for suggesting "mechanism" experiments that took this story to the next level!

It's out 🎉🍾. Fantatstic work by Vincent Douchamps, @divolo_matteo, Alessandro Torcini and Demian Battaglia. doi.org/10.1038/s41467…

4th Summer School Advanced Tools for Data Analysis in Neuroscience, Sept 12th to Septh 21th, 2024 Analyse data and meet colleagues from european countries. No fees , and accomodation/lunches offered to all students neurostra.unistra.fr/evenements/eve…

New research from pharmacy experts sheds light on how our brains process the sense of touch. Learn more in UM Today: news.umanitoba.ca/pharmacy-resea…

Rate-of-change-based sensing of blood glucose in hypothalamus: final cut now featuring downstream orexin and dopamine recordings nature.com/articles/s4159…

Our new sensor for the neuropeptide #nociceptin is now out in Nature Communications Fantastic teamwork with the mbruchas lab and many other super collabs! Very proud of our student Xuehan for her PhD work! Check it out: rdcu.be/dLO3m 😉

Our new approach for #chemogenetic tuning of #dopamine imaging sensitivity is now out in Nature Communications Fantastic teamwork by @LabouesseMarie Maria Wilhelm, Zacharoula Kagiampaki, Andrew Yee and many amazing collabs! @LouisTrudeau Yaroslav Sych🇺🇦 rdcu.be/dLO3m

🔔🔵After nearly 5 years from its conception with Johannes Bohacek, I'm proud to share that our paper on opto-fMRI of the Locus Coeruleus is finally published in Nature Neuroscience! Huge thanks to everyone who contributed—including reviewers and editors! rdcu.be/dT3kB

🚨🔵Our latest #LocusCoeruleus paper out! It tackles the old tonic vs. phasic firing debate, combining optogenetics with fMRI. Amazing collaborator Valerio Zerbi was the driver behind this work, and our fabulous PhD-stars Christina Grimm & Sian Duss 🥳🎉

And that’s a wrap! We had a fantastic time at the Summer School on Advanced Tools for Data Analyses in Neuroscience. Amazing students, great "teachers", and a week full of learning and fun! A big thanks to the University of Strasbourg and FENS/IBRO-PERC for their support.

Happy to announce our symposium at the 27th edition of #SleepEurope2024 ESRS touring #infraslow physiology in rodents, lizards and humans with Shinjae Chung Penn Medicine, @PALibourel CNRS 🌍, Laura Lewis MIT IMES, on September 25, 9.15 am, cu all there! SleepLüthiLab

We are presenting 5 posters at #sfn2024 in Chicago!! Society for Neuroscience (SfN) All on Tuesday morning. Come learn about brain-wide dynamics underlying different cognitive functions. Please RT.

Our latest is out in Trends in Neurosciences ! 🧠💡 With Alison Do, @Coline_Portet, and Jesse Jackson, we propose that Claustrum activity could influence cognition by structuring the timing of cortical down states. Check it out: cell.com/trends/neurosc…"

We did it. We killed neuro twitter and it's resuscitation it's happening somewhere else. Come join us! thetransmitter.org/community/huge…

Happy new year ! We have a Phd position open at University of strasbourg in computational models of decision making. If interested please apply by January 19th ! 🙂 Details of the project and collaborations below.

Our latest work is out Nature Methods ! Link rdcu.be/d5kMq We introduce a #vibrational_fiber_photometry method to perform low invasive and label free optical molecular spectroscopy in arbitrary deep areas of the mouse brain in vivo. 🧵