Elaborating on the findings, Prof. Sugimura says, "The results revealed that acute and chronic hyperosmotic stress significantly increased NFAT5 expression in BV-2 microglial cells.This ...

Microglia are the brain's immune cells known to play a vital role in maintaining neural function and responding to potential threats. However, when the brain is subjected to hyperosmotic stress ...

Hyperosmotic stress induces liquid-liquid phase separation of the proteasome mediated by polyubiquitinated proteins and RAD23B. Top: Fluorescent microscopic image of the proteasome droplets ...