Found 940 results for "longevity"
Advanced cardiac imaging analysis of 225 patients reveals that heart failure with preserved ejection fraction (HFpEF) and reduced ejection fraction (HFrEF) exh…
Analysis of over 1.5 million people revealed that carriers of protein-disrupting variants in the CETP gene experience 27% lower atherosclerotic vascular event…
The possibility of slowing biological aging through simple daily supplementation has moved from speculation to measurable reality, with profound implications f…
The gut-brain connection in cognitive decline gains substantial new evidence as researchers identify distinct molecular signatures in the intestinal tissue of…
The relationship between nutritional supplementation and cellular aging has entered unprecedented territory with evidence that basic multivitamins can measurab…
Senescent cells exhibit a distinctive mitochondrial paradox: increased mitochondrial mass coupled with severely reduced oxidative phosphorylation efficiency. T…
Freshly minced dental pulp tissue generated well-organized dentin-pulp-like structures with high cellularity, vascularization, and mineral deposits in mice, si…
HIV infection significantly elevates cellular senescence markers including SA-βGal, p16INK4a, and γH2AX in T-cells and monocytes, along with inflammatory SASP…
Tissue damage from blocked blood flow followed by restoration—common during heart attacks, strokes, and surgeries—may be preventable through targeted molecular…
Premature brain aging predicts cognitive decline, dementia risk, and mortality across populations, but measuring it accurately has proven challenging. Differen…
The quest to understand why organs deteriorate at different rates during aging has gained new precision through comprehensive metabolic mapping across multiple…
Dietary restriction triggers coordinated activation across seven distinct longevity pathways: autophagy, FGF21 signaling, AMPK activation, mTORC1 suppression,…
Injectable thermosensitive hydrogels delivering resveratrol demonstrate significant cartilage protection in mouse osteoarthritis models by activating SIRT1 and…
The viral communities living within our bodies may hold previously unrecognized keys to exceptional longevity. This emerging research frontier challenges the b…
The persistence of respiratory infections as humanity's deadliest infectious threat reveals both medical progress and remaining vulnerabilities in global healt…
Hip pain's trajectory over a decade may depend more on psychological patterns than joint damage itself, challenging conventional wisdom about osteoarthritis ma…
Researchers developed a sophisticated analytical method that simultaneously tracks 42 metabolites crucial for epigenetic regulation, including S-adenosylmethio…
Understanding how blood reaches every neuron in the brain has profound implications for preventing cognitive decline and optimizing brain health throughout agi…
The promise of extending healthy lifespan through eating less has captivated researchers for decades, yet translating laboratory successes to human populations…
The discovery that cellular aging processes operate through coordinated nuclear-mitochondrial communication pathways could reshape therapeutic approaches to ag…