Thrilled to share my first post-doc preprint with @personal_neuro !
We studied the role of cerebellar Purkinje cells synchrony and rate in the control of movement kinematics.
Tweetprint coming soon!
https://t.co/aWjJK09P43
Happy to announce that my fantastic student Dylan Calame's thesis work is out. Purkinje cells, learning, basis sets and more! For details, read paper here: https://t.co/hFn2mt5RK2
So happy I was able to go home this past weekend to visit the Gittis Lab and celebrate @katpnug's graduation and this paper finally being published. 🤩🎉
First Tweet in ages (grrr Elon Musk) but I wanted to spread the word about our new paper. https://t.co/Ib8QpNJHJY
What does the indirect pathway do? You might be surprised. I was!
Team effort from many in the lab, but only a few who are on Twitter @_christensnyder@katpnug.
Check out the first paper using https://t.co/EpVQXbhVZd! The Creed lab used our sensors to track oxycodone induced changes in home-cage activity. https://t.co/YFAbMdMJ2j
@ArynGittis Thanks, Aryn! Couldn’t have done it without you and Steve. I think it’s now officially time to retire the best mouse illustration. But also don’t hesitate to resurrect for any future talks 🙂
Introducing Dr. Katrina Nguyen! Beautiful thesis work developing tools and approches to capture changes in motor behavior during learning and during disease. 🍾 👩🎓
INTRODUCING DR. @katpnug!!! I'm so proud of you and lucky to have you as a friend and role model. Giving you the biggest imaginary hug (that you would hate) ever!! 🤩🥳
It's summer in Lisbon ☀ and everyone deserves some rest from time to time.
Why not let @LexKravitz's automatic pellet dispenser FED3 feed your mice for a while?
https://t.co/QNQXI7FoDw
Check out our latest work, now on BioRxiv! @katpnug
The Indirect Pathway of the Basal Ganglia Promotes Negative Reinforcement, But Not Motor Suppression https://t.co/MZlbYu1RoE