Mary Teruel, Chemical and Systems Biology
A Circadian Code for Fat Cell Differentiation
Mary Frances Nunez Teruel - Assistant Professor of Chemical and Systems Biology
Bio-X Affiliated Faculty
The Teruel Lab uses a combination of engineering and biological approaches to investigate the systems biology of cell differentiation and cell signaling with particular focus on uncovering the molecular mechanisms underlying insulin resistance, diabetes, and obesity.
Stanford Bio-X Seed Grants
Control of Fat Cell Differentiation by Hormonal Oscillations
Interdisciplinary Initiatives Program Round 7 - 2014
Other Stanford Bio-X Supported Research
Atefeh Rabiee: An interdisciplinary approach towards panoramic capturing of fat cell fate and timing
Fellow - Atefeh Rabiee - 2016
Resetting the adipogenic/pro-inflammatory switch: a new way to treat insulin resistance
Supported BioSTAR Sponsored Research Project - 2013
Research News
Timing of stress-hormone pulses controls weight gain
April 3, 2018 - Stanford Medicine News Center
A circadian code controls the switch that produces fat cells, according to Stanford Bio-X affiliated...
Newly identified process of gene regulation challenges accepted science
June 15, 2017 - Stanford Medicine News Center
Ribosomes are startlingly variable in their composition and associations, which confers on them the...