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Biometrics, longevity, supplements and healthy living — in plain language.
Recent scientific inquiry suggests psychedelic compounds may offer unexpected benefits for healthy aging. Emerging research from institutions like Drug Science explores how these substances might influence neuroplasticity, inflammation, and cellular resilience—mechanisms directly relevant to longevity optimization.
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Recent research has identified a dietary approach that appears to enable weight loss and improved body composition while allowing subjects to consume more food by volume. This counterintuitive finding challenges conventional calorie-restriction models and offers new insights into how nutritional composition, rather than quantity alone, drives metabolic health and longevity.
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Recent research suggests that human lifespans could theoretically extend to 194 years, challenging conventional beliefs about biological aging limits. Understanding these findings helps contextualize longevity science and how personal health monitoring may support healthspan optimization.
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Recent research reveals that blocking IL-11 signaling slows aging and extends healthspan in mammals. This discovery opens new pathways for developing longevity therapies targeting age-related decline.
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Researchers discovered a previously unknown fluid-drainage pathway at the back of the eye. This finding could unlock new treatments for glaucoma, macular degeneration, and age-related vision loss.
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Large-scale research reveals that chronic loneliness and social isolation can cost up to 6 years of healthy life, with significant mental health impacts differing by sex.
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BC200 is a unique evolutionary relic that retained the ability to move through the genome. Scientists discovered its role in brain function and unexpectedly found it embedded in poxviruses.
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Researchers discovered that E-cadherin—the protein holding cells together—plays a hidden role in removing cellular waste. This dual function may explain how tissues maintain integrity while staying young.
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Recent research reveals that high-intensity interval training enables older adults to lose fat while preserving lean muscle—a metabolic advantage over moderate-intensity exercise.
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