Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes

mu_423009.pdf
Details
Creators and Contributors
Author: Queathem, Eric
Presenter: Queathem, Eric
Faculty mentor: Vieira-Potter, Victoria
None: University of Missouri Undergraduate Research and Creative Achievements Forum (2020 : Columbia, Mo.)
Original Date Issued
2020
Mode of Issuance
single unit
Description
Project category: Life Sciences,Author information: Eric Queathem, Nutrition and Exercise Physiology, and Biochemistry, Senior, Montgomery City, Missouri,Faculty mentor: Victoria Vieira-Potter (Nutrition and Exercise Physioloy),Funding source: McNair Scholars Program,Collaborators: Eric D. Queathem, Rebecca Welly, Dennis Lubahn, R. Scott Rector, Laura Clart, Kevin Fritsche, and Victoria Vieira-Potter
Note
Project category: Life Sciences,Author information: Eric Queathem, Nutrition and Exercise Physiology, and Biochemistry, Senior, Montgomery City, Missouri,Faculty mentor: Victoria Vieira-Potter (Nutrition and Exercise Physioloy),Funding source: McNair Scholars Program,Collaborators: Eric D. Queathem, Rebecca Welly, Dennis Lubahn, R. Scott Rector, Laura Clart, Kevin Fritsche, and Victoria Vieira-Potter
English
Resource Type
Text
Identifier
mu:423009
Member of
Beta3-Adrenergic Receptor (B3AR) activation induces Estrogen Receptor Beta (ERb) and improves mitochondrial metabolism in adipocytes (Queathem)
Digital Creation Date
2020-04-24
Date Modified
2020-04-29