Institute for Stem Cell & Regenerative Medicine

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Exploring the Role of Mitochondria in Aging

ISCRM researchers are using new funding, tools, and partnerships to pursue potential ways to boost healthier aging in the brains, muscles, and immune systems of older adults.
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Two women wearing lab coats and gloves stand smiling in a laboratory, surrounded by scientific equipment, pipettes, and supplies on the workbench. Shelves with various lab items are visible in the background.

Friendship Forged in Community Leads to Collaborative Cancer Research

ISCRM faculty member Thelma Escobar reunites with a long-time friend to map how certain cancer-causing viruses rewire a cell's genes and metabolism during infection and identify possible targets to slow or stop viral replication.
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Seed Funding Leads to NIH Grant to Test Promising Gene Replacement Strategy

Seed funding enabled Hichem Tasfaout to gather the data required for a multi-institutional federal grant to test a promising gene replacement strategy for a family of inherited muscle diseases.
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A woman with long blonde hair stands smiling in a laboratory, wearing a black shirt and jeans. Lab equipment, shelves, and supplies surround her in the brightly lit room.

ISCRM at 20: Jennifer Davis and the Moonshot Ahead

ISCRM Director Dr. Jen Davis believes specially engineered smart cells could help patients of all ages live fuller, healthier lives.
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A fluorescent microscopic image of a spherical cell cluster showing bright red, green, yellow, and blue regions, highlighting various cellular structures on a black background.

ISCRM Researchers Use AI-Designed Protein to Produce More Mineralized Enamel

ISCRM researchers have shown that an AI-designed signaling protein (known as a ligand) can be used to mature ameloblasts capable of secreting more mineralized enamel, representing another important step forward for regenerative dentistry.
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