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SDRC News

Apr 15, 2026

Why Ozempic May Not Work for Everyone: SDRC Investigator Anna Gloyn and Colleagues Uncover a Genetic Resistance to GLP-1 Drugs

Apr 15, 2026

A decade-long study finds that roughly 1 in 10 people carry genetic variants that may blunt the blood sugar-lowering effects of widely used diabetes medications — raising new questions about precision medicine in diabetes care. Read more...

Apr 15, 2026

Apr 2, 2026

A Python-Derived Molecule Called pTOS Could Point to New Weight-Loss Pathways

Apr 2, 2026

SDRC Investigator Dr. Jonathan Long's latest research reveals how pTOS — a metabolite that surges dramatically in snake blood after a meal — may offer a novel approach to appetite regulation with implications for diabetes care.

Apr 2, 2026

Feb 26, 2026

SDRC members highlighted in the new "Walk with Me" video series

Feb 26, 2026

If you’ve ever wondered what happens inside a research lab — and why it matters — this is a look behind the scenes. In Walk with Me, faculty including SDRC members C. Bertozzi, J. Wu and SK Kim talk about the questions guiding their work and the impact they hope to achieve.

Feb 26, 2026

More News

Jessica Sarthi 8/2/24 Jessica Sarthi 8/2/24

To celebrate the 50th Anniversary of Cell, SDRC member Anna Gloyn contributed to a review on Diabetes Mellitus – Progress & opportunities in the evolving epidemic.

The article is free to read here until September 14th

Diana L Sung 7/22/24 Diana L Sung 7/22/24

SDRC Investigator Jonathan Long Co-Discovers Lac-Phe: Molecule Produced After Exercise, Also Linked to Metformin-Induced Moderate Weight Loss

Metformin and Sprint Exercise Affect Your Body Weight through the Same Pathway.

Diana L Sung 5/15/24 Diana L Sung 5/15/24

SDRC investigators, David Maahs (SDRC Associate Director) and Priya Prahalad spearhead implementation of major technological advances in intensive diabetes management

Tools for providing top-notch diabetes care to everyone

Diana L Sung 3/26/24 Diana L Sung 3/26/24

New research from SDRC investigators reveals our gut bacteria creates a unique microbiome signature, much like an individual’s fingerprint

The research has many implications for metabolic diseases like diabetes

Diana L Sung 3/26/24 Diana L Sung 3/26/24

NIH funds $12.5 million initiative to create the world's first integrated pancreas knowledgebase PanKbase (PanKbase team includes SDRC member Anna Gloyn)

Leading investigators in diabetes, pancreas and islet biology, and computational biology have received $12.5 million in two five-year awards from the National Institutes of Health (NIH) to create the world's first, integrated knowledgebase of human-derived tissue- and cellular-level pancreatic information to support innovative, collaborative and reproducible research.