ISCRM researchers who study the heart and the brain have shown that embedding an optical sensor in genetically engineered stem cells can be used to measure electrical activity in cardiomyocytes and neurons. Read More
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. Read More
Mark Bothwell and Yusha (Katie) Liu have received prestigious awards from the John H. Tietze Foundation Trust that will help fuel promising research underway in their labs. Read More
A tribute to Professor Stan Gartler, who passed away on Memorial Day, written by ISCRM faculty member Marshall Horwitz Read More
The Bomsztyk Lab has received three new US patents for a suite of high-throughput tools designed to help researchers perform tissue analysis with greater speed, precision, and safety. Read More
An $11 million multi-institutional grant from the NIH BRAIN Initiative will enable Berndt Lab engineer new red calcium and neuromodulator sensors, giving scientists much more powerful tools to study brain function and neurological disease. Read More
A global network of stem cell cores that includes ISCRM’s Tom and Sue Ellison Stem Cell Core has received a 2026 Public Service Award from the International Society for Stem Cell Research (ISSCR). Read More
ISCRM faculty member Kelly Stevens is the senior author of a study, published in Science Advances, that unveils 3D reconstructions of human liver tissue offering unprecedented detail at the cellular level. Read More
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. Read More
The Freedman Lab used a single pool of stem cells to generate multiple cell types crucial for kidney function and showed it may be more effective to kickstart this process in vivo instead of engineering tissue outside the body for transplantation. Read More