@MonosovLab Yes, we think that is a reasonable interpretation of the data. Alternatively, GABA/glutamate cotransmission could be important to learn initial action/outcome relationships while the animal initially learns the task structure, then dispensable later when the animal is expert.
@locantorejr Very grateful to get the first experiments from the Wallace lab out in to universe. And many thanks to @blsabatini for his continuing encouragement and support! Please check out he preprint and let me know anyway we can improve the work.
Massive thanks to @locantorejr and coauthors for all of there hard work on this project. We continue to work on understanding what the heck GABA/glutamate cotransmission is doing in the lateral habenula. https://t.co/beQoLJuncH
New paper from Chand lab! We use multimodal graph combination to identify cell types in several areas of mouse ctx from ephys alone. Verified via optotagging. Building towards a future with cell types in every recording. Tweeprint when im not at Cosyne!
https://t.co/1ngEI4m8Ol
We're excited to announce that the applications for the 2024 Advanced Research Training Courses at the MBL are OPEN!
Deepen your horizons. Deepen your understanding. Go deep at the MBL. https://t.co/9cAcnqp85e
🧵When and how does the striatum impact learning? Postdoc Kim Reinhold trained mice to reach for food pellets. They didn't know when the food was available so they had to reach randomly. One day, we provided a cue telling them the food was there.
https://t.co/JBw023BwmX
We have an opening for an Assistant Professor in the Boston University Dept. of Psychological and Brain Sciences to use quantitative approaches to understanding brain and behavior.
https://t.co/Ik4s1v1hms
You can become part of our BU Center for Systems Neuroscience @buCSNneuro!
Please check out our new review of multitransmitter neurons! We tried to focus on recent advances and technology that allow their study at the single synapse level.
https://t.co/If0VIgaSsI
I am thrilled to join @BU_Biology as an Assistant Professor in January 2024!! Looking forward to pursuing exciting questions in neuronal cell biology and metabolism! Find out more here: https://t.co/HzyJxHnSx7 We are recruiting curious and motivated trainees to join our team!
Please check out our new review of multitransmitter neurons! We tried to focus on recent advances and technology that allow their study at the single synapse level.
https://t.co/If0VIgaSsI
BU Neurophotonics Center is recruiting a new Technical Director to build optical technologies and support the local neuroscience community! Apply here
https://t.co/xkAxqUBS71
Really excellent work by @SeulAhKim2 ! So much fun being a part of this work form early on and seeing it grow and become refined over time. Def not the result we expected which makes it all the more interesting. Superb!
Can it get more contradictory than this - two opposing neurotransmitters packaged into the same vesicles ☯? In our new @blsabatini lab paper, we show co-packaging of glutamate:GABA in individual vesicles! (1/n) https://t.co/6C5i8hVfvi
Come join us at the MBL! Applications are open for our 2022 Advanced Research Training Courses. Click the links below to learn more. (Courses are listed chronologically by start date). 👇👇👇