Buck Institute Highlights Reproductive Biology Hub for Female Aging Research
The Buck Institute has established a dedicated Reproductive Biology Hub to investigate how female reproductive biology intersects with aging processes. This sp…
Found 935 results for "longevity"
The Buck Institute has established a dedicated Reproductive Biology Hub to investigate how female reproductive biology intersects with aging processes. This sp…
Computational approaches are now dissecting the exposome — the totality of environmental influences from pollutants to pathogens that shape cellular aging traj…
Scientists achieved precise control over insect metamorphosis using optogenetic techniques, allowing them to trigger or delay the developmental transition with…
Chronic mild dehydration appears to function as an accelerant for biological aging processes, with serum sodium levels above 142 mmol/L correlating with shorte…
Regular gratitude practices activate measurable physiological pathways associated with extended healthspan, according to emerging research connecting positive…
Sleep emerges as a fundamental driver of longevity through its regulation of cellular repair mechanisms, metabolic homeostasis, and inflammatory pathways. Qual…
Diallyl sulfides—natural compounds abundant in garlic—extended lifespan and improved multiple aging markers in male mice through enhanced hydrogen sulfide prod…
Presbycusis affects two-fifths of adults past 65, yet many dismiss auditory deterioration as inevitable aging rather than seeking intervention. The sensory def…
Continuous monitoring of 47 older adults across 14,179 nighttime hours revealed that bedroom temperatures exceeding 28°C (82°F) significantly compromised heart…
Analysis of disability-adjusted life years across 204 countries reveals cardiovascular diseases generated 437 million DALYs in 2023, up from 320 million in 199…
Cardiovascular disease now accounts for 437 million disability-adjusted life years worldwide, representing a 1.4-fold increase since 1990 when the burden was 3…
Scientists developed molecular aging clocks for ten organs using plasma protein analysis from 43,616 UK Biobank participants, achieving 98% accuracy when teste…
Stem cells lose their regenerative potency through five interconnected molecular pathways that accelerate with age. Cellular stress accumulation disrupts DNA i…
ABT-263, a drug that eliminates senescent cells by blocking anti-apoptotic proteins Bcl-xL and activating Bax, showed dramatically different effects in two hea…
Virtual screening reveals 4,4'-diapophytofluene (4,4'-DPE), extracted from coconut leaves, demonstrates stronger binding affinity to five critical aging-regula…
Scientists at PNAS have developed a novel bioconjugation technique using activated allylic bromides to selectively modify methionine amino acid residues in pro…
Researchers developed an artificial intelligence system that predicts where lysine residues undergo post-translational modifications by combining protein langu…
A comprehensive analysis tracking pain patterns across 22 countries reveals a concerning upward trajectory in chronic pain prevalence among adults aged 50 and…
Research demonstrates that menopausal estrogen withdrawal triggers accelerated accumulation of amyloid-beta plaques and tau tangles in female brains, while sim…
Despite Thailand's international reputation for transgender acceptance and medical expertise, transgender adults face systematic exclusion from the country's h…