Search Results for "Coronavirus Makes Changes That Cause Cells Not To "

Chronic pain research receives major NIH grant

February 27, 2026

…sensory neurons become sensitized and hyperexcitable — a process shaped by interactions between neurons and non-neuronal cells in muscles and joints. “Although pain is ultimately processed in the brain, it…

Major NIH grant renewal fuels next phase of chronic pain research at UT Health San Antonio School of Dentistry

February 27, 2026

…examines pain at multiple levels – including patient-reported experience, neuronal firing patterns, gene expression changes that control excitability, and signaling from non-neuronal cells in affected tissue. Together, this data helps…

UT Health San Antonio researcher earns grant to study how the brain’s immune cells might actually contribute to Alzheimer’s

February 20, 2026

…process by which microglia engulf tau), stress in the cell’s recycling centers (lysosomes) and migration. These changes suggest that when microglia ingest too much tau, their ability to properly digest…

Major NIH grant renewal fuels next phase of chronic pain research at UT San Antonio

February 20, 2026

…patterns, gene expression changes that control excitability, and signaling from non-neuronal cells in affected tissue. Together, these data help identify biologically meaningful targets for chronic pain treatment. Clinically, even modest…

UT Health San Antonio researcher earns grant to study how the brain’s immune cells might actually contribute to Alzheimer’s

February 20, 2026

…this subpopulation expresses a unique set of genes linked to endocytosis (the process by which microglia engulf tau), stress in the cell’s recycling centers (lysosomes) and migration. These changes suggest…