Recent studies show that regular exercise combats immunosenescence by boosting immune cell activity, reducing inflammation, and improving metabolic health in older adults. New research highlights exer...
Recent studies reveal that age-related proteasomal decline activates the cGAS-STING pathway through mitochondrial DNA leakage, fueling chronic inflammation linked to Alzheimer’s, with exercise a...
Recent studies show exercise lowers biological aging by reducing inflammatory markers like β2-microglobulin, with 37.67% of anti-aging effects mediated through this pathway. New research reveals how ...
Recent studies reveal mitochondrial RNA leakage activates RIG-I/MDA5 sensors, driving inflammation and cellular senescence in diseases like MASH, with promising senolytic therapies in development. Bre...
Recent studies confirm periodontal disease elevates cardiovascular risk through inflammation, with 2023 findings showing direct bacterial invasion of arteries. This analysis explores mechanisms and pr...
Recent studies reveal GDF3’s role in driving inflammation in aging fat tissue, with new therapies targeting the SMAD2/3 axis showing promise for improving metabolic health and extending healthsp...
Recent studies reveal GSH-DNA adducts as critical mitochondrial DNA damage markers linked to aging and neurodegeneration, with new insights into repair mechanisms and therapeutic potentials. A breakth...
New research reveals mitochondrial RNA leakage triggers inflammation in aging cells, linking it to diseases like MASH and offering potential interventions via BAX/BAK pores or MAVS signaling. Breakthr...
A 2025 research paper finds that obese individuals with low choline levels face increased Alzheimer’s disease risk due to inflammation and neuronal damage, highlighting dietary interventions. Re...
Emerging research identifies butyrate, a gut-derived fatty acid, as a senomorphic agent that reduces inflammaging and enhances T cell function, pointing to dietary fiber for longevity. Recent studies ...
