genela morris

[Dorgham Khatib @DorghamKhatib]

I am very excited to share our new paper @NeuroCellPress
https://t.co/hN3ngXGC4C
Special thanks to @derdikman, @GenelaMorris and everyone involved in this work

[genela morris @GenelaMorris]

@Datta_Lab @DorghamKhatib Thank you, it’s been a pleasure. And congratulations on this beautiful set of results

[genela morris @GenelaMorris]

@Christakou @EJNeuroscience Thanks! Quick catch.

[Anastasia Christakou 💙 @Christakou]

Our newest paper in #JNeurosci picks up the striatal cholinergic story: we use MRS to show that human choline concentration in the dorsal, but not ventral, striatum is associated with individual differences in behavioural flexibility.
https://t.co/7lhCPQepOu

[Bita Moghaddam بيتا مقدم @bita137]

1/“Dopamine modulation of prefrontal cortex is MANIFOLD..” is out. Here is the story of why and how we did the study, and what we found https://t.co/sQ9HaVkQZ0

[Kate Wassum 🧠👩🏼‍🔬 @KateWassum]

New paper out from our lab:
@AnnieCholines discovered a critical system in the brain that reins in
motivation.
Here is what she found. Thread 👇

https://t.co/X6BRU9sRry

[Josh Goldberg Lab 🇮🇱💔 @GoldbergLab]

Out today! Congrats to @LTiroshi for incredible combination of theory and slice physiology.
#PLOSCompBio: Population dynamics and entrainment of basal ganglia pacemakers are shaped by their dendritic arbors https://t.co/IXo1dSZC4F

[Ya'elle @neuroNJactivist]

A summary of what we think the lateral PFC versus OFC are doing in reinforcement learning, by Melissa Sharpe: https://t.co/EARVpKQUz7 (this is a complimentary free access link, not for commercial use)

[Keno Juechems @KJuechems]

New paper out today with @summerfieldlab! We investigate how the mPFC arbitrates between two relevant goals. We show that rACC represents goal imbalance, whereas vmPFC encodes the redress of imbalance, but not overall amount received. Thread to follow https://t.co/t8b0J1pywi

[The Janak Lab @JanakLab]

New work from the lab led by @RonKeiflin , with Heather Pribut, Nisha Shah contributing. VTA vs SNc DA and learning https://t.co/RihoP5N2aT

[Josh Goldberg Lab 🇮🇱💔 @GoldbergLab]

This is one of my favorite and most elegant projects.
hurray to Lior Tiroshi for an incredible combination of theoretical and incredible finesse.

[Matt van der Meer @mattmizumi]

Our preprint reporting a paradoxical relationship between motivational shifts and hippocampal replay content is now available! We found that when rats were hungry, replay was biased toward the water arm of a T-maze; when thirsty, toward the food arm (https://t.co/zL4fsRsV03).

[bioRxiv Neuroscience @biorxiv_neursci]

Two Sides of the Same Coin: The Hippocampus as a Common Neural Substrate for Model-Based Planning and Spatial Memory https://t.co/mGTskM29yY #biorxiv_neursci

[Ali Mohebi @mohebial]

In out first preprint from Berke lab, we show that dopamine release is not a passive readout of dopamine cell firing. I will try to summarize a few key takeaway points in the following thread... https://t.co/EuBatUVVQ9

[Hadley Creighton Bergstrom @HadleyCB]

Exciting our new paper is out! We show that silencing the DLS improves early learning. @vassar @ChipPickens @gunduzozge

Dorsolateral Striatum Engagement Interferes with Early Discrimination Learning https://t.co/7wXl7ochNS

[Anastasia Christakou 💙 @Christakou]

Important piece of the striatal cholinergic puzzle @eLife by Jeff Wickens @OISTedu, supported by @HFSP
Smart set-up and interesting data, in line with biology but against some predictions of computational models. Timing is key.
https://t.co/gUMuT9x3bU

[Pieter Roelfsema @Pieters_Tweet]

Our paper in which we investigated the difference between weak stimuli that reach consciousness and those that do not came out today. Stimuli that do not reach consciousness are lost on their way from the visual to frontal cortex.
https://t.co/INEKlaIa35

[Nathaniel Daw @nathanieldaw]

Are those coffee machines and snacks in the background of the simulated NIH study section? Not a very accurate simulation!! https://t.co/OW8UzovlUw

[genela morris @GenelaMorris]

Proudly presenting our latest

Spatial Rule Learning and Corresponding CA1 Place Cell Reorientation Depend on Local Dopamine Release
https://t.co/W7zMnkeyiw