#healthLatest updates

Chronic loneliness disrupts cortisol rhythms and inflames blood vessels, accelerating cardiovascular aging well beyond your true chronological age today.

Takotsubo cardiomyopathy mimics a heart attack but stems from a catecholamine storm overwhelming the heart. Learn the biology, risks and recovery path.

Discover how stem cell homing guides repair cells through chemical signals, receptors, and physical cues to injury sites - and what it means for medicine.

Fighting infection can cost 25-30% more energy than normal. Discover how glucose, ATP, and key nutrients fuel your immune system's costly defense system.

Discover how telomere shortening drives aging, why the rate matters more than length, and what centenarians and naked mole-rats reveal about extreme longevity.

The placebo effect is real neuroscience, not imagination. Discover how belief triggers brain chemicals that genuinely reduce pain and improve health symptoms.

New research shows cognitive decline is not inevitable, and just 5-15 minutes of daily mental training can boost brain health at any age, study finds.

Mitochondrial dysfunction is linked to heart disease, cancer, diabetes, and aging. Discover the science behind chronic illness and what it means for you.

Young blood plasma science explained: from parabiosis in mice to human clinical trials. What the evidence really shows - and what the FDA says about it.

Discover how morning sunlight and evening darkness shape insulin sensitivity, weight, and diabetes risk - plus simple habits to align your body's clock.

Learn how senolytic drugs target zombie cells and SASP to fight aging. From fisetin to DNA aptamers, explore the science of longevity medicine in 2026.

The WHO has classified the Ebola outbreak in Congo and Uganda as a global emergency following 88 deaths from the rare Bundibugyo strain of the virus.

Explore the intricate science of autophagy, the cellular self-cleaning process that manages aging, prevents disease, and offers new pathways for longevity.

An in-depth look at the biological mechanisms of drug-resistant bacteria and the innovative strategies medical science is deploying to save modern medicine.

Researchers identify 1,785 hidden microproteins that could redefine our understanding of cancer, genetic diseases, and fundamental cellular biology.

A major review of 20,000 patients suggests amyloid-clearing Alzheimer's drugs may not provide meaningful clinical benefits while posing significant brain risks.

Scientists have mapped the 3D molecular choreography of killer T cells, revealing how they precisely destroy tumors while sparing healthy neighboring tissue.

Immunology has evolved from 16th-century variolation to modern mRNA blueprints. This shift enables targeted cancer therapy and genetic correction.

Explore the science of nutrigenomics: how DNA methylation, PGC-1α and mitochondrial health are reshaping what we eat and why it matters for longevity

Gut bacteria influence stress, cancer recovery, and melanoma risk. Recent studies reveal how microbial diversity regulates the human immune system.