
Joshua P Thaler MD
Diabetes, Lipid Metabolism
Associate Professor at Univ. of Washington
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1959 NE Pacific St# C-212Seattle, WA 98195
Phone+1 206-543-0065
Fax+1 206-744-6985
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Education & Training
University of WashingtonFellowship, Endocrinology, Diabetes, and Metabolism, 2005 - 2008
University of WashingtonResidency, Internal Medicine, 2003 - 2006
University of California San Diego School of MedicineClass of 1997
Certifications & Licensure
WA State Medical License 2005 - 2027
American Board of Internal Medicine Endocrinology, Diabetes and Metabolism
Publications & Presentations
PubMed
- Biphasic remodeling of arcuate nucleus perineuronal nets in diet-induced obese mice.Alexander Carbonell, Jarrad M Scarlett, Ellie I James, Kendra L Francis, Kathryn Tyler
Molecular Metabolism. 2026-10-15 - 1 citationsAblation of microglial estrogen receptor alpha predisposes male mice to diet-induced obesity.Inmaculada Velasco, Jeremy M Frey, Vladislav Baglaev, Tristan Jafari, Thomas Huang
Metabolism. 2026-10-01 - 1 citationsHypothalamic gliosis as a potential mediator of improved glucose tolerance induced by time-restricted feeding in obese mice.Camila Astudillo-Guerrero, Daniela Fernandois, Emilie Caron, Vincent Prevot, Joshua P Thaler
American Journal of Physiology. Cell Physiology. 2025-09-01
Press Mentions
How Hormones Can Sabotage Weight LossJuly 7th, 2021
Sleepy and Hungry? Short Sleep May Contribute to Weight GainOctober 7th, 2019
Localized Inflammation in the Brain Linked to Overeating, ObesityJuly 31st, 2017
Grant Support
- Defining the contributions of hypothalamic microglia and perineuronal nets to obesity pathogenesisUNIVERSITY OF WASHINGTON2026–2031
- Defining the contributions of hypothalamic microglia and perineuronal nets to obesity pathogenesisUNIVERSITY OF WASHINGTON2026–2031
- Defining the contributions of hypothalamic microglia and perineuronal nets to obesity pathogenesisUNIVERSITY OF WASHINGTON2026–2031
- Defining the contributions of hypothalamic microglia and perineuronal nets to obesity pathogenesisUNIVERSITY OF WASHINGTON2026–2031
- Metabolic Regulation by Microglial Inflammatory SignalingUNIVERSITY OF WASHINGTON2025–2030
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