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Keypoint Newsletter: Welcoming the New Fellows Class of 2024
Keystone Symposia is pleased to introduce the Keystone Symposia Fellows Class of 2024! This year we welcome seven...
Neurons are exquisitely sensitive to cellular stress due to the metabolically demanding processes underlying synaptic transmission. My lab studies the regulation of synaptic plasticity and cognition by metabolic stress at the behavioral, electrophysiological, and cellular levels. We define 'metabolic stress' broadly to encompass responses to exercise and caloric restriction at one extreme, and changes occurring in obesity and diabetes at the opposite end of this continuum. Our long-term goal is to understand how neurons, glia and cerebrovascular cells sense and respond to homeostatic challenges.
Research Area(s):
Metabolic DiseaseResearch Keywords:
Mentor: Judith Campisi, PhD
Dec 4, 2023 by Keystone Symposia
Keystone Symposia is pleased to introduce the Keystone Symposia Fellows Class of 2024! This year we welcome seven...
Sep 6, 2023 by Keystone Symposia
Established in 2009, Keystone Symposia’s Fellows Program has become a premier professional advancement opportunity for...