Elaborating on the findings, Prof. Sugimura says, "The results revealed that acute and chronic hyperosmotic stress ...

According to the findings of the study, miRNA181a and NFAT5 molecules play a key role. "We showed that miRNA181a leads to the activation of the transcription factor NFAT5 during islet autoimmunity ...

In this study, the researchers focused on the role of NFAT5, a transcription factor known for regulating cellular responses to osmotic stress. Despite NFAT5's well-established role in other cell ...

A study by researchers from Fujita University reveals that hypernatremia enhances NFAT5 and NO production in microglia and minocycline mitigates this response. The image above is a schematic ...