20 articles
New research reveals how mitochondrial ferritin regulates cellular fate by managing iron levels and oxidative stress in energy-producing organelles.
New research reveals how damaged cellular powerhouses cause diabetic heart failure and points to promising therapeutic targets.
Hypothermic machine perfusion reduces liver damage during transplant by activating cellular pathways that remove damaged mitochondria.
Scientists discover how dying brain cells export damaged mitochondria, sparking inflammation that accelerates Parkinson's progression.
Parental radiation exposure before conception disrupts mitochondrial DNA in offspring organs, affecting birth weight and development.
Study reveals how X-ray exposure during pregnancy affects mitochondrial DNA regulation across generations with lasting implications.
DuoStim lets women with poor ovarian reserve collect more eggs in one cycle, potentially cutting time to a successful pregnancy.
New research reveals how the enzyme Aconitase-2 shields lung cells from damage during oxygen deprivation and restoration.
University of Florida researchers tested whether resveratrol supplements could improve mitochondrial function and physical performance in seniors.
New research reveals how excess androgens damage cellular powerhouses in the uterus, leading to miscarriage in PCOS patients.
Scientists discover how humanin peptide evolved differently in mammals to combat oxidative stress and protect cells from aging damage.
New testing framework helps doctors quickly identify harmful mutations in PPARΞ³ gene linked to rare fat disorders and cancer.
Three-month study shows PQQ increases mitochondrial biogenesis and antioxidant capacity but has no impact on body weight or energy expenditure.
A novel two-stage fermentation process produces record levels of PQQ and single cell protein using agricultural waste, cutting production costs.
Scientists identify how CTPS1 enzyme drives lymphoma progression through cellular recycling pathways, opening new treatment possibilities.
New trial explores whether short-term testosterone treatment creates lasting muscle benefits in older men through epigenetic memory.
Scientists develop innovative computational tool to better understand how nuclear receptors control metabolism and aging processes.
Research on Candida albicans uncovers how protein interactions regulate toxic compound removal and cellular health balance.
New research reveals how immune cells use itaconate to fight inflammation and prevent scarring in airways through iron protein transfer.
Short-chain fatty acid acetate improves cognitive function in diabetic patients by enhancing mitophagy, the brain's cellular cleanup process.
