Tag: biological_age
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Drugmakers Say GLP-1 Weight-Loss Drugs Show Signs of Slowing Biological Aging
Eli Lilly and Novo Nordisk report a roughly two- to three-year reduction in biological age, while researchers continue to probe side effects including hair loss, nail disorders and a disputed vision-loss link.
Science & TechnologyHealthBusinessPolitics and GovernmentArtificial IntelligenceMedical ScienceEnergyComputers and InternetMilitaryLegalUSASocial IssuesPharmaceuticalsEnvironmentClimate ChangeEconomy MIT Technology ReviewAI refusalGLP-1 weight-loss drugsEnvision EnergyAnthropic ClaudeOpenAI revenue forecastMITsciencetechnologyGLP-1 drugsbiological ageEli LillyNovo Nordiskweight lossWorld Health Organizationchildhood obesityOpenAIMistralGoogle data center Finlandbiological agingaging clockssemaglutide
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Media Monitor: MIT Technology Review Reports on Contest Aimed at Reversing Biological Age
MIT Technology Review reports a neuroscientist's six-month "Younger" contest will have about 500 participants competing to reverse their biological age, tracked by aging clocks and a public leaderboard.
HealthScience & TechnologyBusinessMedical ScienceComputers and InternetSocial Issues MIT Technology Reviewbiological ageaging clocksChristin GloriosoNeuroAge TherapeuticslongevityHillary LinMITsciencetechnology
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Media Monitor: MIT Technology Review Reports Transplanted Hearts Adopt Recipient's Biological Age
MIT Technology Review reports new research on transplanted hearts in mice and humans suggests donor organs adopt the biological age of recipients, casting doubt on organ-replacement theories of rejuvenation.
HealthScience & TechnologyMedical ScienceResearchPolitics and GovernmentRussiaChina MIT Technology Reviewheart transplantsaging researchbiological ageJesse PoganikBrigham and Women's HospitallongevityMITsciencetechnology
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Media Monitor: Machine Perfusion Makes Donated Organs Biologically Younger, MIT Technology Review Reports
MIT Technology Review reports new research shows machine-perfused organs, particularly livers, appear to become biologically younger, potentially improving transplant success and expanding donor eligibility.
HealthScience & TechnologyMedical ScienceEducationSocial Issues Organ TransplantationMachine PerfusionBiological AgeLiversMedical ResearchAging ClocksTransplant SurgeryMIT Technology ReviewMITsciencetechnology