NLRC5 drives inflammatory cell death in diseases like colitis. Targeting NAD+ or inhibiting NLRC5 could offer promising treatments, reducing inflammation.
Nanopore protein sequencing offers groundbreaking insights into how proteins age, driving advancements in longevity research and unlocking potential therapies for age-related diseases.
Cellular reprogramming holds the promise of reversing aging by resetting cells to a youthful state. Advances in this science could revolutionize longevity and healthspan.
RESTORIN activates key longevity pathways like DNA repair, mTOR inhibition, and cognitive support, offering a scientifically-backed approach to extending healthspan.
As breast cancer treatment advances, scientists are focusing on how aging impacts survivorship, treatments, and long-term quality of life for older women.
Scientists are unlocking the secrets of aging, aiming to extend healthy human lifespan through groundbreaking research in senolytics, metformin, and gene editing technologies.
Rapamycin shows potential in extending lifespan, improving healthspan, and enhancing oral health, making it a key player in anti-aging research and human longevity.