The Conte Community attends SfN 2024 in Chicago, IL

October 5-9, 2024 members of the Conte Center on the Thalamus attended and presented at the Society for Neuroscience Annual Meeting in Chicago, IL. A total of thirteen abstracts across multiple projects were submitted and accepted to the poster session this year. Xiaoyi Liu, presenting ‘Endogenous attentional sampling under spatial uncertainty’, showcases the Center's goal for collaboration across Universities. Of note, is the poster presentation ('Rhythmic endogenous attention sampling under spatial uncertainty') by Emmy Shi, an undergrad from Emory University. Emmy completed the Center's first internship at Princeton University this summer, going on to present at SfN.

A list of presenters and their posters:

KimcheeTranEndogenous and exogenous influences on spatial attention
Kia BoroujeniHigh-Frequency Burst Dynamics Support Attentional Information Routing in the Human Brain
Yujie WuA casual role for superior colliculus in spatial attention modulation in pulvino-cortical pathway
Emmy ShiRhythmic endogenous attention sampling under spatial uncertainty
Xiaoyi LiuEndogenous attentional sampling under spatial uncertainty
Rober BoshraPopulation spiking and field potentials in superior colliculus and frontal eye fields exhibit theta coordination during covert spatial attention
Mengxing LiuMediodorsal thalamic engagement and enhanced prefrontal functional connectivity during context switching in humans
Norman Lam/Arghya MukherjeePrefrontal transthalamic processing of uncertainty drives cognitive flexibility
Xingyu LiuFunctional coupling with cognitive control networks reveals shared and distinct organizational principles of pulvinar and mediodorsal nucleus.
Chiara CaldinelliThe role of the thalamus in dynamic decision-making
Ralf WimmerA Thalamocortical network readout for executive dysfunction in schizophrenia
Kees McGahanSleep and waking dynamics in a biophysical thalamocortical cell model
Xiaohan ZhangUncovering Computational Mechanisms of Cognitive Thalamocortical Circuits in Regulating Task Uncertainties