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记者亲测 AI 长寿应用 Death Clock，通过抽血检测生物标志物来预测死亡日期与寿命，并对结果的科学性表示怀疑。文章探讨了 AI 驱动的长寿产业与个人健康数据追踪的现状与局限。
NASA's Mars Odyssey and Mars Reconnaissance Orbiter have far outlivened their planned lifespans, providing decades of Martian observations thanks to resilient engineering, redundancy, and autonomous operation 140 million miles from Earth.
Verge 专栏作者 Victoria Song 体验了预测死亡时间的 Death Clock 应用及一系列血液检测，并探讨 Oura、Whoop、Google、Apple 等纷纷接入血液检测服务的健康科技趋势。
研究人员成功将80岁老年供体的血细胞重编程为干细胞，其分子层面的年龄特征降至20岁以下，显示细胞重编程可大幅逆转生物学年龄。
Rubedo Life Sciences 报告其靶向细胞衰老（senescence）的外用抗衰老乳膏在小型临床试验中让受试者皮肤生物年龄平均降低约两年，并计划扩展至银屑病、脱发及口服制剂开发。
A tech figure (@gabriel1) argues that AI will soon cure most diseases, and warns that slow regulatory approval could cost billions of years of life, urging regulators to staff up and speed up approvals.
A discussion prompt asking whether recent medical and scientific advances have shifted people's expectations about potentially cheating death within their lifetime, and what breakthroughs they see on the horizon.
A Phase 1 trial reports what may be the first successful rejuvenation of human eye cells, using three Yamanaka factors delivered as proteins to reprogram damaged retinal ganglion cells in glaucoma patients, based on David Sinclair's epigenetic reprogramming theory.
科学家首次对世界上现存最古老的陆地动物——约194岁的巨龟Jonathan进行基因组测序，发现其在DNA修复、胰岛素调节、线粒体功能等衰老通路中拥有独特基因变异，相关研究发表于《Science Advances》。
MIT Technology Review's The Download newsletter covers GLP-1 weight-loss drugs showing signs of slowing biological aging, Energy Dome's carbon dioxide batteries for grid-scale energy storage, and a DeepMind researcher arguing that LLMs don't truly reason.
Novo Nordisk and Eli Lilly report that GLP-1 weight-loss drugs such as semaglutide reduce molecular aging-clock markers by roughly two to four years, suggesting these medications may act as geroprotectors that slow biological aging.
A six-month contest called Younger, founded by neuroscientist Christin Glorioso of NeuroAge Therapeutics, pits around 500 participants against each other to reverse their biological age as measured by a variety of aging clocks, aiming to build the world's most comprehensive biological age dataset.
New research indicates that transplanted hearts in mice and humans adopt the biological age of the recipient, challenging the concept that young organs could rejuvenate recipients or extend lifespan.
The article argues that 'health age' metrics from various wearable devices are often inaccurate and inconsistent, advising users to view them with skepticism due to varying algorithms and potential misleading interpretations.
Neurophysiologist Louisa Nicola describes a 5-minute drill using a tennis ball and eye patch to enhance cognitive functions, which she has used with NBA players to improve reaction time and study Alzheimer's.
Ray Kurzweil predicts that exponential growth in computing power will lead to AGI by 2029, revolutionizing medicine and enabling longevity escape velocity by 2032 through human-AI fusion.
Bryan Johnson introduces Immortals Concierge, an elite medical service offering personalized health protocols and advanced diagnostics for longevity at a premium annual fee.
The article critiques how new masculine ideals are driving men toward unhealthy biohacking trends, like using Cialis for non-medical purposes, highlighting societal pressures and commercial exploitation in health optimization.
Apple has revamped its Health app with new features like 'health age' and readiness score, powered by Apple Intelligence, to provide personalized health insights and assessments.
A startup named Generation Lab claims to have developed an injectable drug called 1-Generation that reverses aging in blood, but the article highlights concerns about unproven evidence and red flags in their clinical trial approach.