
Christoph Schmidt-Hieber
@schlab4
SCHLAB @InstitutPasteur
ID: 1010764277744046081
https://research.pasteur.fr/en/team/neural-circuits-for-spatial-navigation-and-memory/ 24-06-2018 05:59:17
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🔥 join Christoph Schmidt-Hieber and me for this symposium on spatial representations in the #hippocampus on Monday afternoon at the #FENS2022 meeting. it's going to be 🥳🎉



Our work on how the hippocampus processes novelty to form new memories is now published Nature Communications! Using in vivo ephys, virtual reality and modelling, we found a synaptic signal in DG that could work as a switch from recall to new memory formation. 📜: nature.com/articles/s4146…


How can the hippocampus switch from memory recall to memory formation? Our contribution to this question has now been published. See first author Ruy Gómez Ocádiz' thread for a brief summary 👇 nature.com/articles/s4146…

L’Institut Pasteur vient de publier un communiqué de presse sur notre article publié récemment Nature Communications, dans lequel nous décrivons un signal synaptique de nouveauté qui pourrait permettre à l'hippocampe d’alterner entre remémoration et apprentissage. pasteur.fr/fr/espace-pres…



Beautiful work from the James Knierim lab showing that granule cells remap by reorganization of active populations whereas mossy cells remap by reorganization of place fields:




I'm excited to share our ongoing work describing the dessert diversity at the canteen Institut Pasteur, since 1887 ! 🧁 This study included extensive sampling of 102 independent samples over 3 years. Here's a 🧵 of our key findings. 1/7


Thrilled to share our new paper on how hippocampal circuits weigh egocentric and allocentric information to produce the cognitive map of the external environment Christoph Schmidt-Hieber Bérénice Gandit Lorenzo Posani Cantin Ortiz cell.com/iscience/fullt…

Using in vivo whole-cell patch-clamp recordings in VR-trained #awakemice, Christoph Schmidt-Hieber team Institut Pasteur, since 1887 found that SOM+ interneurons open a gate for memory-related inputs, playing a key role in memory consolidation 👏pnas.org/doi/10.1073/pn…



Congratulations to Christoph Schmidt-Hieber Christoph Schmidt-Hieber and team on their PNAS publication! Their study reveals how SOM+ interneurons in the frontal cortex act as 'gatekeepers' for hippocampal inputs during learning, shedding light on memory consolidation. tinyurl.com/b26d4a63