How far can science extend human lifespan? Always a pleasure to be back in my hometown of Porto to discuss the latest advances in ageing and longevity, and to highlight the huge potential of the field to extend lifespan and improve human health. Progress has been slow, I https://t.co/9hpDMCV4zf #Longevity #AgingResearch #HumanHealth #PT
Interesting: calorie restriction and aging. In mice fed a diet with approximately 30% fewer calories, researchers found a lower burden of age-related somatic mutations in the genome. https://t.co/zEZAKkqIIH #CalorieRestriction #AgingResearch #Genetics #Nocountrycodesarementionedinthetweet.
New paper on gene therapies in longevity and aging 🧬 Gene therapies have enormous potential to treat age-related diseases, target aging and extend lifespan. We discuss recent advances and remaining challenges in gene therapies for aging, highlighting promising targets, https://t.co/3hnwhyQoCm #GeneTherapy #Longevity #AgingResearch #Nospecificcountrycodesarementionedinthetweet.
Gene expression can be used to predict age and mortality 🚨 Impressive study from @gladyshev_lab @harvardmed using RNA-seq data to develop accurate transcriptomic clocks across mammalian species (inc. humans) and tissues to predict age, lifespan and mortality. A great example #GeneExpression #RNASeq #AgingResearch #US
In the latest episode of "The Sunday Daily," host Rachel Abrams explores recent breakthroughs in longevity science, particularly focusing on cellular rejuvenation, alongside Susan Dominus from The New York Times Magazine, highlighting the substantial financial investment and potential implications for the $2 trillion wellness industry. #Longevity #HealthTech #AgingResearch #Thearticledoesnotstronglyfocusonspecificcountries #asitdiscussesbroaderthemesrelatedtoagingandwellnessinaglobalcontextratherthanspecificnationalcontexts.Therefore #therearenorelevantcountrycodestoreturn.
In the latest episode of "The Sunday Daily," host Rachel Abrams discusses recent breakthroughs in longevity science and cellular rejuvenation with New York Times Magazine writer Susan Dominus, exploring the potential implications of this research for the $2 trillion global wellness market focused on anti-aging products and treatments. #Longevity #HealthInnovation #AgingResearch #Nocountrycodesarestronglyreferencedinthearticle.
Un estudio del Instituto para la Investigación del Envejecimiento Productivo y la Universidad de Washington revela que un compuesto del ajo envejecido, S-1-propenil-L-cisteína, puede reprogramar la comunicación entre órganos para combatir la pérdida de masa muscular asociada a la edad, mejorando la vitalidad y la fuerza en personas mayores. #AgingResearch #MuscleHealth #GarlicBenefits
