Scientists have found that an overactive immune sensor, triggered by damaged DNA, may drive rapid aging in certain genetic disorders, suggesting new treatment avenues.
Scientists have identified a natural immune mechanism involving epoxy-oxylipins that helps shut down inflammation, offering a new pathway for treating chronic inflammatory diseases.
Scientists discovered that alcohol-damaged livers may fail to regenerate due to inflammation-driven RNA errors, trapping cells in a non-functional state and suggesting new treatment targets.
Scientists have found that reducing levels of the immune protein C3 may mimic the anti-aging benefits of calorie restriction, potentially offering a new therapeutic approach.
New research shows that damaged fat cells can inflame and disappear, disrupting metabolism and leading to diabetes, highlighting the importance of healthy fat tissue.
Scientists have discovered a molecular switch involving the STING protein that drives brain inflammation in Alzheimer's disease, offering a new target for treatments.
A brain protein called Menin may drive aging and cognitive decline, and its restoration or a D-serine supplement reversed some effects in mice.
A new injectable biomaterial can travel through the bloodstream to repair damaged tissue, reducing inflammation and promoting healing in animal studies.
Harvard Medical School researchers found that the gut bacterium *Morganella morganii* can contribute to depression by producing an inflammation-triggering molecule when exposed to the environmental contaminant diethanolamine (DEA).