Pleased to share our new study showing how different cell types in the paratenial thalamus interact with the medial prefrontal cortex and other brain regions, all done by my graduate student Nigel Dao:
https://t.co/v1TGKwuGBu
Excited to share our new J Neurosci paper showing how subcortical inputs are routed through ventromedial (VM) thalamus to layer 1 interneurons in the medial PFC, all done by my graduate student Sanne Casello:
@CaselloSanne
https://t.co/7RfakXVtoJ
Excited to share our new study showing how subcortical inputs are routed through ventromedial (VM) thalamus to layer 1 interneurons in the PFC, all done by my graduate student Sanne Casello:
@casellosanne
https://t.co/dLjgHe8Hoe
Antipsychotics are often prescribed to suppress hyperaggression. Do they really suppress aggression or just cause sedation? Antipsychotics target dopamine receptors. Our new study, published today @Nature, uncovered the role of dopamine in aggression.
https://t.co/fEdAY502jI
Huge congrats to @Karyna_mi for her paper published today in @ScienceMagazine! She found that the hippocampus is really important for a key strategy we use to make decisions called hidden state inference! 🧪 🧠https://t.co/6RgR5Iu6FL 1/7
A bit of news- I've been promoted to full professor! 🎉 Huge thanks to the fantastic members of my lab over the years, our funders @wellcometrust@ERC_Research@UKRI_News and all the amazing support from colleagues at UCL. Bring on the elbow patches!
Thrilled that @HannahPaynePhD will join the NYU community as an Asst Prof jointly in @NYU_CNS and @NYUPsych! Will be awesome to see her investigations of one-shot episodic memory mechanisms by exploiting the neurophysiology of active vision and food caching memories in chickadees
I will start my group in @NYU_CNS in January 2025 to study how the brain tracks and predicts physiological needs using intracellular signals. Please keep an eye out for updates!
Huge congrats to the amazing @Karyna_mi for her new paper! She found that mice need the ventral hippocampus to perform hidden state inference while performing a 2-armed bandit task. 1/4
https://t.co/26tJ9EZdbZ
Happy to share our new J Neurosci paper, showing how mediodorsal (MD) thalamus engages CCK+ interneurons to evoke CB1R-sensitive feed-forward inhibition in L3 of prelimbic prefrontal cortex (PFC), led by @aichurokkamal, @kmanoocheri, and @theXL92:
https://t.co/aksHMgmuCb
Excited about our long-brewing paper exploring dynamics in multi-regional neural circuits in a delayed movement task. Driven by@esthersselva, @yiliu021, and including Jennifer Colonell, Nuo Li and @ShaulDr and others (the MAP collaboration): https://t.co/TeruxjeOvc (1/7)
Excited to announce the Center for Neural Science (CNS) at NYU is searching for a new tenure-track faculty member — applications are due January 1 — Please RT!
https://t.co/IdHygs9ZsA
1/ How do somatotopically-matched regions of sensory cortex interact? In our most recent paper at @CellReports, @__laurenryan__shows that whisker S1-S2 amplify touch bidirectionally via a specialized population of broadly tuned touch cells.
https://t.co/puM1cNSkfR
I'm very pleased to share our new collaborative study!
We identify the spinal cell type targets of two unique groups of corticospinal neurons, and how these distinct descending circuits interact with the brain.
https://t.co/x5mltfrhDr
Really happy to see @RyanWee's paper out today in @NeuroCellPress! This was one of the first projects in the lab - 7 years in the making! He found the ventral hippocampus defines behaviour in response to hunger signals. via hippocampal ghrelin receptors! https://t.co/yCmnhxtqGX
Excited to announce the Center for Neural Science (CNS) at NYU is searching for a new tenure-track faculty member — applications are due January 1 — Please RT!
https://t.co/IdHygs9ZsA
Nice bit of news to start the new term with! We will be looking for multiple postdocs across slice physiology, whole brain anatomy and in vivo imaging during fun behavioural tasks. Advert out soon but get in touch informally if this sounds interesting!
I'm excited and grateful to receive a NARSAD Young Investigator Grant. Thank you to @BBRFoundation for supporting our research!
If you are interested in studying the role of spinothalamic circuits in health and disease, get in touch! 💯
Happy to share our new study published today @NeuroCellPress. Here we recorded from 13 limbic regions simultaneously to reveal the network activity during male aggression and sexual behaviors.
https://t.co/uvqaGQnSzr
We are hiring!
@BBSRC funded postdoctoral position to explore mechanisms of circuit formation in the PFC. We are a growing lab in a vibrant city with a fantastic neuroscience community @BristolNeurosci .
Informal discussions welcome.
Please RT!
https://t.co/farLDg3wXi