Are you interested in how DG granule cells and interneurons handle inputs from an excited MEC? We (with @juliadpt.bsky.social, @mbartos.bsky.social and @thibaultcholvin.bsky.social) are happy to talk about this with you at our posters this afternoon #FENS2026.

I’m happy to share our new paper (with @mbartos.bsky.social) now out in Nature Neuroscience: "The dentate gyrus efficiently converges LEC and MEC inputs into multimodal, highly specific and reliable environmental representations" Download it @ rdcu.be/famDE More below 🧵

Excited to share that our IN-CODE interneuron research is featured in NANO, the science program from ZDF! Big thanks to Max Lebsanft and @mbartos.bsky.social for bringing neuroscience to a wider audience! www.zdf.de/video/magazi...

Rätselhaftes Gehirn: Zwei Zelltypen arbeiten zusammen gegen das Vergessen

NANO vom 8. Dezember: Im Gehirn entscheiden Prinzipalzellen und hemmende Nervenzellen gemeinsam über unsere Erinnerungen. Versagt ihr Zusammenspiel, steht das ganze System auf der Kippe.

zdf.de

Please share! 🧠 Opportunity for a PhD position: Studying interneurons and memory, using cutting-edge techniques, such as patch-clamp electrophysiology, in vivo calcium imaging, optogenetics and behavioral experiments. Interested? Have a look here for more information: www.fens.org/careers/job-...

The DFG Senat is addressing a substantial (in some cases existential) problem we are currently facing in German life science www.dfg.de/en/service/p...

Animal Research: DFG Senate Commission Calls for Realignment of Authorisation Procedures

dfg.de

Engaging poster session at the IN-Code retreat. Thanks to our SAB members and all researchers of the CRC for their interest! All students did a great job presenting their projects. @mbartos.bsky.social @uni-freiburg.de @biologyunifreiburg.bsky.social

Check our new manuscript on ‚Coordinated representational drift supports stable place coding in the hippocampal CA1’. www.biorxiv.org/forward/emai...

Check our new manuscript on ‚Coordinated representational drift supports stable place coding in the hippocampal CA1’ by Ole Sylte, Antje Kilias, Marlene Bartos and Jonas Sauer. www.biorxiv.org/content/10.1...

Coordinated representational drift supports stable place coding in hippocampal CA1

The phenomenon of representational drift (i.e., changing neuronal tuning during repeated exposure to the same stimuli), is a fundamental paradox in neuroscience that raises the question how stable beh...

biorxiv.org

Are you interested in drifting place cells and the paradox of stable spatial maps? We have uploaded a new preprint: We find coordinated drifting in CA1. Very happy about this collaboration w/ @olechsylte.bsky.social, Marlene Bartos and @jf-sauer.bsky.social 👇👇👇

Ole Christian Sylte@olechsylte.bsky.social · 2y ago

Stable maps from drifting neurons: CA1 solves the "representational drift paradox" through coordinated population dynamics. New preprint w/ @antjekilias.bsky.social , Marlene Bartos and @jf-sauer.bsky.social showing that representational drift isn’t random—it’s structured to preserve information🧵👇

Stable maps from drifting neurons: CA1 solves the "representational drift paradox" through coordinated population dynamics. New preprint w/ @antjekilias.bsky.social , Marlene Bartos and @jf-sauer.bsky.social showing that representational drift isn’t random—it’s structured to preserve information🧵👇

Coordinated representational drift supports stable place coding in hippocampal CA1

The phenomenon of representational drift (i.e., changing neuronal tuning during repeated exposure to the same stimuli), is a fundamental paradox in neuroscience that raises the question how stable beh...

biorxiv.org