U of U Health scientists open the door to clinical advances by examining the ways disease impacts the body, molecule by molecule.
All tagged immunology
U of U Health scientists open the door to clinical advances by examining the ways disease impacts the body, molecule by molecule.
Immune cells convert an immunosuppressive lipid into an anticancer immunity enhancer.
An immune signal that reprograms fat metabolism could help control nonalcoholic fatty liver disease.
Artificial intelligence untangles the cellular signals that matter for anticancer immunity.
A potential new marker for immunotherapy response could help guide treatment decisions.
Elusive tumor-targeting T cells share a telltale gene activity signature.
Scientists’ CRISPR toolkit expands as researchers explore the natural diversity of bacterial immune systems.
Restabilizing a natural barricade could reduce inflammation and protect neurons in patients with multiple sclerosis.
Scientists have assembled a library of immune receptors that direct T cells to target cells with mutations in p53, the most commonly mutated gene in human cancers.