Researchers found that specific microRNAs can modulate molecular stress responses, influencing how the body copes with prolonged or repeated stress. This is significant because chronic stress is ...

Type 2 diabetes becomes more dangerous to the heart the longer a person has it. Researchers found that after several years, red blood cells can begin interfering with healthy blood vessel function.

Researchers uncover how a natural microRNA molecule reduces stress in cells, opening doors to new treatments for metabolic ...

University of Queensland researchers identified a new role for microRNA miR-71 in regulating mitochondrial stress pathways in C. elegans. The molecule prevents stress signals spreading between cells, ...

MicroRNA Breakthrough Offers New Insights Into Stress Management A new study published in Nature Communications has identified a promising role ...

Type 2 diabetes is closely tied to heart attacks and strokes, and the risk does not stay static – it rises year by year. A study from Karolinska Institutet adds an important detail to that picture: it ...

"MicroRNAs have many different functions, but this is the first time it has been shown that they regulate mitochondrial stress pathways and prevent the spread of stress signals to other cells and ...

Ryan Allen, an assistant professor of physiology and cell biology at UAMS, will share a current project from his lab dedicated to developing a drug-responsive mouse model of atherosclerosis, a disease ...

Researchers have discovered that a naturally occurring molecule in the human body plays a key role in reducing stress, a breakthrough that could pave the way for new treatments for metabolic disorders ...

By Dr. Liji Thomas, MD By analyzing microRNAs in blood, saliva, and vaginal mucus, researchers uncover fluid-specific ...