Research Topic

Longevity & Aging

Aging biology, lifespan extension, hallmarks of aging, and healthspan optimization

1311 articles

Biological Age Marker PhenoAge Linked to Alzheimer's Brain Changes and Cognitive Decline
Longevity & Aging

Biological Age Marker PhenoAge Linked to Alzheimer's Brain Changes and Cognitive Decline

New research explores how PhenoAge, a biological aging measure, correlates with Alzheimer's biomarkers and cognitive function.

Research Paper
Mar 31, 2026 0
Poor Chewing Ability Linked to Faster Aging and Higher Death Risk in Major Study
Longevity & Aging

Poor Chewing Ability Linked to Faster Aging and Higher Death Risk in Major Study

Large study reveals how tooth loss accelerates biological aging through poor diet quality, increasing mortality risk by 28%.

Research Paper
Mar 31, 2026 0
Dietary Live Microbes May Slow Biological Aging Through Insulin Sensitivity
Longevity & Aging

Dietary Live Microbes May Slow Biological Aging Through Insulin Sensitivity

Large US study finds consuming live microbes in food linked to younger biological age, potentially through improved insulin function.

Research Paper
Mar 31, 2026 0
Biological Age Acceleration Dramatically Increases Stroke Risk Beyond Chronological Age
Longevity & Aging

Biological Age Acceleration Dramatically Increases Stroke Risk Beyond Chronological Age

Large UK study reveals accelerated biological aging raises stroke risk by 28%, with genetic factors amplifying the effect significantly.

Research Paper
Mar 31, 2026 0
Epigenetic Age Acceleration Predicts Death Risk in Rheumatoid Arthritis Patients
Longevity & Aging

Epigenetic Age Acceleration Predicts Death Risk in Rheumatoid Arthritis Patients

Large NHANES study reveals accelerated biological aging increases mortality risk in RA patients by up to 7.5% per year of acceleration.

Research Paper
Mar 31, 2026 0
Body Shape Index Linked to Faster Biological Aging in US Adults
Longevity & Aging

Body Shape Index Linked to Faster Biological Aging in US Adults

New research reveals how body roundness measurements may predict accelerated aging at the cellular level.

Research Paper
Mar 31, 2026 0
Biological Aging Accelerates Heart Disease Risk in Diabetics by Over 60%
Longevity & Aging

Biological Aging Accelerates Heart Disease Risk in Diabetics by Over 60%

Large UK study reveals accelerated biological aging dramatically increases cardiovascular disease risk and shortens life expectancy in diabetic patients.

Research Paper
Mar 31, 2026 0
Social Disadvantage Accelerates Biological Aging and Increases Disease Risk
Longevity & Aging

Social Disadvantage Accelerates Biological Aging and Increases Disease Risk

Large study reveals how unfavorable social conditions speed up biological aging, mediating increased mortality and chronic disease risk.

Research Paper
Mar 31, 2026 0
Air Pollution Triggers Senescent Immune Cells That Drive Heart Disease
Longevity & Aging

Air Pollution Triggers Senescent Immune Cells That Drive Heart Disease

New research reveals how NO₂ air pollution creates aging-like immune cells that directly contribute to coronary heart disease development.

Research Paper
Mar 31, 2026 0
Early Smoking Accelerates Biological Aging and Doubles Heart Disease Risk
Longevity & Aging

Early Smoking Accelerates Biological Aging and Doubles Heart Disease Risk

Childhood smoking initiation nearly doubles cardiovascular disease risk through accelerated DNA methylation aging patterns.

Research Paper
Mar 31, 2026 0
New Blood Test Predicts Heart Disease Risk Using Metabolic Aging Clock
Longevity & Aging

New Blood Test Predicts Heart Disease Risk Using Metabolic Aging Clock

Scientists developed a metabolomic aging clock using 249 blood metabolites that accurately predicts cardiovascular disease risk in nearly 200,000 people.

Research Paper
Mar 31, 2026 0
Higher Copper Intake Linked to Slower Biological Aging in Large US Study
Longevity & Aging

Higher Copper Intake Linked to Slower Biological Aging in Large US Study

Analysis of 18,000 adults shows dietary copper intake significantly reduces biological aging markers, with strongest benefits at lower intake levels.

Research Paper
Mar 31, 2026 0
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