1/11 How are cognitive maps formed during learning? Very excited to share new work by outstanding co-first authors Weinan Sun and Johan Winnubst and other wonderful collaborators HHMI | Janelia biorxiv.org/content/10.110…

I am on the job market this year! My lab will study how the brain creates a internal model of the external world that is flexible and matches fluctuating behavioral goals. Visit my website at ipshitazutshi.com for more details (and videos of mice doing cool tasks).

It is finally out: holographic manipulation of hub cells using soma targeted ChroME (Hillel Adesnik ) nature.com/articles/s4159… Fantastic collaborations with Cossart Lab!! (Nature Neuroscience, Institut de la Vision,@INSB_CNRS, @INP_CNRS ) 🥂🥂🥂🥂🥂🥂🥂🥂🥂

Weltweit größter Wissenschaftspreis für Tübinger Parkinson-Forscher: Thomas Gasser erhält den mit drei Millionen US-Dollar dotierten „2024 Breakthrough Prize in #LifeSciences“ 👏 #neuroscience #parkinson Breakthrough Hertie-Zentrum für Neurologie @dzne_de Uniklinikum Tübingen sohub.io/hy83

🏆 Weltweit größter #Wissenschaftspreis für den Tübinger #Parkinson-Forscher, Prof. Dr. Thomas Gasser! Mehr Infos: medizin.uni-tuebingen.de/de/das-kliniku…

New paper from the lab! We described how hippocampal assembly co-activity and temporally-compressed sequences are complementary codes that support associative and predictive aspects of memory:science.org/doi/10.1126/sc… With amzng canliu, Ralitsa Todorova, Wenbo Tang and @azayhara

We just released a manuscript on bioRxiv Neuroscience in which we study the activity of grid cells in mice performing a path integration task. biorxiv.org/content/10.110… This is a (long) thread summarizing our main findings.

Now published in Brain Structure & Function !! Our immunohistochemical parcellation of human hippocampal fields DG, CA3, #CA2 & CA1 all along the head, body and tail. Includes stereo coordinates as templates for MRI segmentation. A collab with Carmen Cavada link.springer.com/article/10.100…

In the mouse anterior #thalamus, the activity of head-direction cells is selectively modulated by sensory stimuli and by the animal’s behavioral state Burgalossi Lab @TueNeuroCampus nature.com/neuro/research…

🌟 Reminder! We seek a Technical or Research Assistant to join our lab at Ernst Strüngmann Institute Assist us in #neuroscience research with rats🐀: train complex tasks, help with motion capture, brain recordings & more. Apply before Feb 1, 2024! Please RT! ➡️ esi-frankfurt.de/jobs/2023-12-1…

Precise time alignment of multiple devices (#Miniscope, #Electrophysiology, cameras, ...) and easy flexible data acquisition: Our new tool "Syntalos" is now available as preprint! You can already try it yourself, tell us what you think! researchsquare.com/article/rs-379… Matthias Klumpp | @[email protected], Both Lab

Wir steigen aus #X aus! In den letzten Monaten haben wir die Entwicklungen verfolgt und sind zunehmend besorgt über einige Aspekte & vor allem den Umgang unter den Usern. Wir stehen für Respekt gegenüber jeder Herkunft, Gender, Religion und sexuellen Orientierung. #Ausstieg

I am happy to share our recent study published in Nature Comm on hippocampal interneuron circuits governing the representation of novelty in mice. doi: 10.1038s41467-024-44882-3

Our thoughts nature.com/articles/s4159… on iatrogenic Alzheimer nature.com/articles/s4159…

Today, we stand together to raise #awareness for #Chronic #Traumatic #Encephalopathy (CTE). Let's spark conversations, share knowledge, and promote research for better understanding and prevention. #brain health! #CTEawareness buff.ly/2t4uzsY

On this day, our institute founder Werner Reichardt would have celebrated his 100th birthday. To mark the occasion, we are organizing a scientific symposium on 19 April, the Werner Reichardt Symposium. Interested? Please register here: kyb.tuebingen.mpg.de/reichardt-symp…

🚨New preprint! We show how neuronal population activity in the head-direction system maintains its organization for… ever? Using Miniscope Team, we recorded ensembles of neurons in mice for up to four months, across multiple environments. 1/9

Optic flow cues can causally drive and recalibrate the rat hippocampal place cell system in the absence of an absolute spatial reference frame defined by external landmarks @manusmad @ravi_jayakumar James Knierim Noah Cowan nature.com/articles/s4159…