Fresh out of the oven: Using the unsupervised dimensionality reduction approach developed by lead author Guillaume Etter, we show that dorsal hippocampus and lateral septum in freely moving mice continuously track time and distance
https://t.co/S9KxHRfE6C
🎥 Our Santé-en-tête 2024 conference is now live on YouTube! Catch the insightful discussions on AI and mental health led by experts like @introspection & @StephaneGuay3:
🔹 Watch it here: https://t.co/nWx7zsQ3tu
🔹 Learn more: https://t.co/ZGBoSwkvcu
#IA#MentalHealth#Chatbots
I am excited to share our latest research led by PhD student Mohammad Yaghoubi (@yaghoubi_mh) entitled: “Predictive Coding of Reward in the Hippocampus”
Link: https://t.co/GJyo2dBepn
Highlights: 🧵👇
🚀Congratulations to Guillaume Dumas @introspection, our Researcher of the Month!🌟 Recently named one of Canada's emerging healthcare leaders by the Peak, he leads the @ppsp_team lab at @CR_CHUSJ. Learn more about his work & remarkable achievements here: https://t.co/H8WjJ35EFk
Nous sommes potentiellement à 4 semaines d'un.e Premier.e Ministre xénophobe, d'un.e ministre de l'Intérieur raciste, d'un.e ministre de l'éducation nationale sexiste, d'un.e ministre des affaires étrangères pro-Poutine. Il faut faire un front populaire aux législatives. #30juin
Allo allo Montreal glia community, we’ve been organizing what will be a very fun evening on the 6th of December. Lots of glia, fun ambiance and cool ideas
In case you missed it in amongst all the #sfn2023 excitement: Using @MiniscopeTeam V3 and V4 miniscopes we looked at how💫30 000💫 CA1 neurons coordinate their activity in relation to space and time by Guillaume Etter, yours truly and @CA_Mosser@sylvainwilliams
One last preprint before SfN! I’m excited to share this work, led by @_JennCRobinson, and in close collaboration with @HasselmoMichael. We tested whether the entorhinal grid cells require input from the GABAergic cells of the medial septum.
https://t.co/JYLz344hHw
A thread:
The McGill Mouse Miniscope Touchscreen Behavioral Platform @PlatformM3 is a fantastic example of how to integrate #opensource methods. The project uses touchscreens from @TouchScreenCog and the UCLA miniscope @MiniscopeTeam.
@markpaulbrandon @CA_Mosser
https://t.co/V9PaRe0tLv
Our latest work on representational drift in the hippocampus is out today in @NatureComms led by the fantastic @atkeinath and @CA_Mosser!
The representation of context in mouse hippocampus is preserved despite neural drift
https://t.co/t3EA5ucbHL
#TSSymposium2021 is tomorrow! We've got great speakers, great science ... and of course a Zoom Room for drinks after :)
Registration is still open!
Join us!
I will present an e-poster at #NeuroFrance2021 on Thursday, May 20 (2:00-3:00 PM CEST)
Poster P4.43 👉The emergence of structured hippocampal network activity during learning of a delayed non-match to sample task
@PlatformM3 @markpaulbrandon @SocNeuro_Tweets
Meet you there!
Check out #Minian, our new open-source #miniscope analysis pipeline to enhance accessibility, transparency and usability for single-photon calcium-imaging analysis! (developed by #PhilDong, @MiniscopeTeam)
preprint: https://t.co/R0xasWwlJ8
github repo: https://t.co/O2GlvyjFNv
@AheadOfTheNerve@MiniscopeTeam ...and then likely a brief data disconnection occurs between the serializer on the V4 and the deserializer on the DAQ. When this happens, the DAQ's firmware is supposed to clear the buffer and if it isn't it results in this misalignment in subsequent frames 2/.