Stanford University
Showing 951-960 of 2,662 Results
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Stephanie B. Jordan
Postdoctoral Scholar, Emergency Medicine
BioStephanie’s research focuses on social and environmental determinants of health, U.S. public health policy, global health, and health services implementation science. Her research employs primarily quantitative methods. She received her PhD in Public Policy and Sociology from Duke University, where her dissertation focused on the population health impacts of U.S. state public service expenditures on social, environmental, and healthcare services.
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Chaitanya K. Joshi
Postdoctoral Scholar, Biochemistry
BioI'm a Stanford Data Science Fellow and Postdoc at the Department of Biochemistry, working with Prof. Rhiju Das. I'm building lab-in-the-loop AI for RNA biology, bridging deep learning and high-throughput wet lab experiments at scale.
Previously, I completed my PhD in Computer Science at the University of Cambridge with Prof. Pietro Liò. My doctoral work focused on Geometric Deep Learning for molecular modelling and design. As a highlight, I developed gRNAde, an inverse design framework that we used to design and experimentally validate new functional RNA enzymes in collaboration with Dr. Phil Holliger's group at MRC LMB. My research has been recognized by the Qualcomm Innovation Fellowship and the A*STAR National Science Scholarship. I've also been a research scientist intern at Prescient Design (Genentech) and FAIR Chemistry (Meta AI) during my PhD. -
Israel Juarez Contreras
Postdoctoral Scholar, Biochemistry
BioI am a postdoctoral scholar in the lab of Rajat Rohatgi at Stanford University, where I study how membrane organization controls sterol accessibility and signaling. I earned my Ph.D. at UC San Diego with Itay Budin, where I uncovered how sterol structure and sphingolipid composition regulate membrane phase behavior in yeast and reconstituted systems. My current work translates these biophysical principles into disease-relevant contexts, with a focus on lysosomal lipid organization and sterol trafficking defects, including those associated with NPC1. Ultimately, I aim to establish an independent research program that defines how cells interpret membrane physical properties and how their dysregulation contributes to human disease.
