TopicNeuroscience

stress pathways

Content Overview
3Total items
2ePosters
1Seminar

Latest

SeminarNeuroscience

Unique Molecular Regulation of Prefrontal Cortex Confers Vulnerability to Cognitive Disorders

Amy Arnsten
Yale University
Nov 10, 2020

The Arnsten lab studies molecular influences on the higher cognitive circuits of the dorsolateral prefrontal cortex (dlPFC), in order to understand mechanisms affecting working memory at the cellular and behavioral levels, with the overarching aim of identifying the actions that render the dlPFC so vulnerable in cognitive disorders. Her lab has shown that the dlPFC has unique neurotransmission and neuromodulation compared to the classic actions found in the primary visual cortex, including mechanisms to rapidly weaken PFC connections during uncontrollable stress. Reduced regulation of these stress pathways due to genetic or environmental insults contributes to dlPFC dysfunction in cognitive disorders, including calcium dysregulation and tau phosphorylation in the aging association cortex. Understanding these unique mechanisms has led to the development of a new treatment, IntunivTM, for a variety of PFC disorders.

ePosterNeuroscience

INVESTIGATING THE ROLE OF INFLAMMATORY, OXIDATIVE AND NITROSATIVE STRESS PATHWAYS IN ALCOHOL USE DISORDER PATIENTS WITH PERIPHERAL NEUROPATHY

Nikhitha Sreenivas, Monojit Debnath, Jayant Mahadevan, Pratima Murthy, Madhu Nagappa

FENS Forum 2026

ePosterNeuroscience

CELLULAR STRESS PATHWAYS AND VESICULAR TRAFFICKING DEFECTS IN HUMAN CELLULAR MODELS OF CNTNAP1-ASSOCIATED CONGENITAL HYPOMYELINATING NEUROPATHY TYPE 3

Pedro Molina Gomez, Diana Reche López, Jose Antonio Sánchez Alcázar

FENS Forum 2026

stress pathways coverage

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