Circadian Clock Disruption Drives Cancer Risk Through Multiple Cellular Pathways
Comprehensive review reveals how disrupted sleep-wake cycles affect DNA repair, immunity, and metabolism to increase cancer susceptibility.
1741 articles in this topic
Comprehensive review reveals how disrupted sleep-wake cycles affect DNA repair, immunity, and metabolism to increase cancer susceptibility.
New research reveals how circadian rhythms communicate throughout the body during aging, impacting cellular health and longevity.
Scientists analyzed 516 tissue samples to reveal how proteins change with age, identifying key aging signatures and a critical inflection point at age 50.
New research explores the bidirectional relationship between aging and immunity, revealing how immune changes affect both lifespan and healthspan.
Comprehensive review reveals how aging across multiple organ systems contributes to heart failure through interconnected molecular mechanisms.
Comprehensive review reveals how hormones like IGF-1, estrogen, and melatonin regulate both intrinsic and extrinsic skin aging processes.
Comprehensive review reveals how kidney disease toxins damage the brain and explores promising therapeutic interventions.
Researchers develop cardiolipin-inspired nanoparticles that target senescent cells in vivo, offering a simpler approach to CAR-T therapy for aging.
Researchers developed seven organ-specific aging clocks from MRI data that predict disease risk and mortality better than chronological age alone.
New AI tool measures biological aging pace from brain scans, predicting dementia, frailty, and mortality better than chronological age.
Researchers developed a biomarker-based method to measure aging speed that outperforms chronological age in predicting disease, disability, and death.
Age-related shifts in mouth bacteria linked to Alzheimer's, diabetes, heart disease, and other conditions affecting older adults.