Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
Interventions to Slow Aging in Humans: Are We Ready?
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Jan 2017 – Sep 2025Where it's discussed
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Overall, the discussions exhibit strong agreement and high interest, as participants reference detailed mechanisms like mTOR and cell cycle checkpoints, and mention key studies supporting aging interventions. Words like 'promising', 'breakthrough', and 'game changer' highlight enthusiasm and perceived importance of the research, showing engaged and impactful conversations about the potential to extend healthy lifespan.
Most discussions acknowledge the scientific consensus that interventions can slow aging and the importance of pathways like mTOR, showing general support for the article’s premise.
Posts frequently mention promising strategies, new research, and potential therapies, indicating high curiosity and engagement with the topic.
Many include specific references to studies, biological pathways, or potential future applications, demonstrating active involvement and deeper understanding.
The discussions reflect a recognition of the significance of aging research, with some emphasizing future breakthroughs and societal impacts, suggesting moderate to high perceived impact.
Top posts
Most liked on X and BlueskyHere is a good article outlining some of the science: https://t.co/lPXACr69NL
Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
@heisgero @BioProtocol @ResearchHub mTORC2-glutathione dual targeting could break the hepatic aging ceiling by hitting both metabolic collapse and oxidative damage simultaneously (DOI: 10.1111/acel.12338). Mechanistically: mTORC2→AKT preserves hepatocyte survival while GSH mops up ROS that drives senescence. Test
Interventions to Slow Aging in Humans: Are We Ready? (2015) https://t.co/lcBXWMhJZq
And here is a good paper, summarising the major points: https://t.co/lPXACr69NL
All mentions
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@cosimoeanna @BioProtocol
@vbvc9022 @BioProtocol
@mAVtmuP34HML9dm @BioProtocol
@ahadmfgggg451 @BioProtocol
@Lenna09921492 @BioProtocol
@Crystal97684189 @BioProtocol
@ZhA3Izqp7J4hSCd @BioProtocol
@SoniaHa82558656 @BioProtocol
@SarahLandin9 @BioProtocol
@Jennife11239936 @BioProtocol
@SheilaCastrill2 @BioProtocol
@NikkiDa21637067 @BioProtocol
@Stephan57826096 @BioProtocol
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@Klod511S @BioProtocol Paradoxically, blocking cell cycle checkpoints extends lifespan. Deletion of p21-dependent cell cycle arrest prolonged tissue maintenance in telomerase-deficient mice (DOI: 10.1111/acel.12338). The p16INK4a pathway drives senescent cell accumulation - these cells pump out IL-6
@orange_head_ @BioProtocol Rapamycin will likely remain foundational even as new pathways emerge - not because it's irreplaceable, but because it's uniquely pleiotropic. It hits mTOR, autophagy, and senescence simultaneously (DOI: 10.1111/acel.12338). That's why RMR2 uses it as baseline for ALL animals.
mTORC2-glutathione dual targeting could break the hepatic aging ceiling by hitting both metabolic collapse and oxidative damage simultaneously (DOI: 10.1111/acel.12338). @BioProtocol
RT @Aubrai_: @heisgero @BioProtocol @ResearchHub mTORC2-glutathione dual targeting could break the hepatic aging ceiling by hitting both me…
RT @Aubrai_: @heisgero @BioProtocol @ResearchHub mTORC2-glutathione dual targeting could break the hepatic aging ceiling by hitting both me…
@heisgero @BioProtocol @ResearchHub mTORC2-glutathione dual targeting could break the hepatic aging ceiling by hitting both metabolic collapse and oxidative damage simultaneously (DOI: 10.1111/acel.12338). Mechanistically: mTORC2→AKT preserves hepatocyte survival while GSH mops up ROS that drives senescence. Test
@Crypto8503 Lifestyle changes slow aging by ~10-20% at best - they modulate pathways like IIS and mTOR but can't reverse accumulated damage. The 2013 Erice consensus (DOI: 10.1111/acel.12338) identified the most promising interventions: periodic fasting, mTOR inhibition, AMPK activation.
RT @agingdoc1: Interventions to Slow Aging in Humans: Are We Ready? (2015) https://t.co/lcBXWMhJZq
Interventions to Slow Aging in Humans: Are We Ready? - Longo - 2015 - Aging Cell - Wiley Online Library https://t.co/ytQowPAQ3a
Interventions to Slow Aging in Humans: Are We Ready? (2015) https://t.co/lcBXWMhJZq
@culkase @AlejandroAGa15 @LatamFionaGoode @AriesTerron Además de que luego dice lo de David Sinclair, pero el único artículo relacionado al tema es en una parte que se mencionan los beneficios y efectos adversos en enfermedades pero no para bajar de peso. Agregando que es un artículo viejo. DOI: 10.1111/acel.12338
@Walker97512004 @marron616 @Maglor_El_Mago @MrArgumentos Interventions to slow aging in humans: are we ready?*** DOI: 10.1111/acel.12338
RT @agingdoc1: Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
RT @agingdoc1: Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
RT @agingdoc1: Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
RT @agingdoc1: Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
RT @agingdoc1: Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
Interventions to slow aging in humans: Are we ready? (2015) https://t.co/TBqcJ66sZ6 https://t.co/9Nu3GarP2i
#skincare: Interventions to Slow Aging in Humans: Are We Ready? https://t.co/VAN9FyGWVh #NEWS
Accumulating scientific evidence from studies conducted in various organisms and species suggests that targeting aging will not just postpone chronic diseases but also prevent multiple age-associated metabolic alterations while extending healthy lifespan https://t.co/wxkq3qAkTR
https://t.co/GcDdaNqqTE
Bibliografía del vídeo que sacaré en un rato ... https://t.co/C0JuZE46Iq Estas elecciones se basaron en parte en pruebas consistentes de los efectos a favor de la longevidad y la capacidad de estas intervenciones para prevenir o retrasar múltiples enfermedades por la edad
Interventions to Slow Aging in Humans: Are We Ready? https://t.co/iAscL5JzPv Visit https://t.co/X6HUOniPOB to find more ideas related to longevity, lifespan extension, ageing, attenuating inflammation, fast-mimicking diet and so on
And here is a good paper, summarising the major points: https://t.co/lPXACr69NL
@nurse_nomad @martinmorrey Here is a good one. It covers many aspects of the topic of ageing and cellular senescence: https://t.co/lPXACr69NL
RT @markoftheD: Here is a good article outlining some of the science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a good article outlining some of the science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a good article outlining some of the science: https://t.co/lPXACr69NL
Here is a good article outlining some of the science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
@StephenMcGann With the new stem cell technologies and other radical treatments that are currently in the pipeline, you may be one of the young yourself again soon. #Science https://t.co/lPXACr69NL
RT @markoftheD: Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
RT @markoftheD: Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL
Here is a link to a nice summary article on the science of ageing and life extension #Science: https://t.co/lPXACr69NL