Super excited to share my PhD work, out now in @Nature. Here, my fantastic coauthors and I delved into whether mice could form memories of temperature experiences. 🐭💭❄️
Check out our tweetorial ���below:
Full paper at: https://t.co/FWrJm7tzZO
Excited to share the sequel to our 2022 paper! In this follow-up, we show that the stable head direction (HD) signals we reported in blind mice rely on stereo olfaction—that is, the comparison of odor info. between the two nostrils.
Link: https://t.co/6f7vivOOgW
🧵highlights
🍍🚀 Pynapple 0.7 is here with new signal processing features! Now filter and decompose time series of any size using wavelets. Check out the notebooks below, and join our January workshop at Flatiron to learn more. 1/4
🥳Super pumped to share our latest collaboration with @EmilieMaceLab and Stuart Trenholm.
We show how visual objects specifically recruit neurons in the spatial navigation system, especially in the head-direction network, suggesting a specific circuit to detect landmarks 1/
Monday am, 190.16 / V26: 🌊🧭Sharp waves of the head-direction system by @SSkromne@Guillaume_Viejo.
Super cool discovery and characterization of population burst activity in the HD network, traveling from the brainstem to the navigation system.
Vanier Scholarships are the most prestigious awards for PhD 👩🎓👨🎓 in 🇨🇦.
It seems that it is going to be discontinued, to increase the pool of lower value awards, for which only 🇨🇦citizens/perm residents are eligible.
This is so unfair & unjustified.
Poster #2 (PS03-27AM-130) by @SSkromne, where we show how HD cells are stable over weeks!
💪🧭🗓️
See my recent tweet on this story:
https://t.co/u9BTwQq1zz
or directly the bioRxiv preprint:
https://t.co/lgXPOxgpZt
2/5
We know about hippocampal sharp waves, but what about other structures? Join me Thursday morning at #FENS2024 for Poster Session 3 where I'll present "Sharp Waves of the Head-Direction System". See you there!
Very excited to announce the first release of NeMoS (NEural MOdelS) a package for neural data analysis that supports GPU acceleration. Check out our tutorials and try it on your data now!
Docs https://t.co/7WI00EXxsU
Github https://t.co/pLx7UPRY5m
Profile https://t.co/PCwJ0Kc8Gq
🚨New preprint!
We show how neuronal population activity in the head-direction system maintains its organization for… ever?
Using @MiniscopeTeam, we recorded ensembles of neurons in mice for up to four months, across multiple environments.
1/9
⏳ Just 5 days remain to apply for the groundbreaking pynapple-fastplotlib-nemos workshop at FENS 2023! Unlock the secrets of analyzing, visualizing, and modeling neural data. Don't miss out, find all the details here: https://t.co/l5xI86w5sp 🧠
✨Opportunity Alert! 🚀 Are you interested in contributing to pynapple🍍 and other open-source neuroscience packages developed at @FlatironCCN? Join our 11-week paid internship in Manhattan (housing provided). Deadline is February 2nd.
Apply here : https://t.co/pB3ei7tOT0 1/4
🍍 Exciting News! 🚀 Pynapple 0.4 is here with awesome updates, including a fresh approach for loading @NeurodataWB files. Dive into the tutorial to discover how you can seamlessly stream data from @DANDIarchive directly into Pynapple! https://t.co/2SDQ3O8Jdj
At #SfN2023? Come to the @NeurodataWB / DANDI booth 3316 from 11 to 11:30 tomorrow to meet the @FlatironCCN data scientists behind pynapple🍍 and NEMOS⛵️, a new exciting package for neural modeling. Live demo starting at 11 🔥🚨!
📣 This Saturday afternoon at VV1-5 and again on Wednesday afternoon at VV11, we'll be showcasing our latest work at @SfNtweets#SfN2023 🌟
Stop by our posters, we have some cool new stories! Let me give you a primer👇