Can we really turn back the clock? Reversal of epigenetic aging and immunosenescent trends in humans - Fahy - - Aging Cell - Wiley Online Library https://t.co/ao8EYqIQej
https://t.co/ubZgX0j036 🤨🤨🤨🤨🤨🤨
Significant verifiable data on regression of ageing.
anti aging study https://t.co/hMG8WY45tX
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
Not only do our epigenetics give light to our actual “age”, but they hold what may be the key to begin reversing the clock.
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
Interesting study from @Stanford on reversing aging. https://t.co/ryq8KztoTu https://t.co/O73CE9KwHH
https://t.co/jhb5nZgPRI En un ensayo llevado a cabo durante 2 años en 9 adultos mayores, a los que se les suministró un cóctel de drogas, científiques demostraron que pudieron hacer retroceder la edad biológica 2,5 años en promedio. Mas info en el Insta:
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
eGFR改善!? https://t.co/iISoyYFKN5
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/PLbtXPEP24
RT @claymoreberserk: 成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans htt…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
成長ホルモンとDHEA、メトホルミンで若返りの可能性。 PSAやCRP、eGFRなども改善。 Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/v3ttwh75XK
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
ヒトの寿命はIGF-1レベルよりも一貫してインスリン感受性に関連している。IGF-1のヒトの寿命に対する影響はインスリン感受性に反比例する。 #寿命 #IGF1 https://t.co/dEBWEy1p2V 低糖質ならタンパク質摂取を恐れるな。
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/2iXZtv3a7a
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
and insulin sensitivity may be improved with exercise?? My addition onto Mangan's post..
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
Insulin and aging? We know it’s involved in #Alzheimers disease.
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
RT @Mangan150: Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than…
Most important sentence in aging reversal study "Human longevity seems more consistently linked to insulin sensitivity than to IGF‐1 levels, and the effects of IGF‐1 on human longevity are confounded by its inverse proportionality to insulin sensitivity"
@Mangan150 It just keeps coming back to insulin: https://t.co/I3HyCQW7Ze
RT @monopole0001: Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/pVneNhkkVN
RT @gwern: @JKresovich @cecilejanssens @NatureNews @pash22 Oh look, it's up: https://t.co/pkDo8Ncu8U
Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/TrcoeuomT3
Getting 1.5 years younger instead of 1 year older? That's what happened in a small study with men who got growth hormone, DHEA & metformin + Vitamin D3 & zinc throughout a year. https://t.co/BF0FawXDOW #HGH #metformin #aging
Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/pVneNhkkVN
The TRIIM project, used a 3 drug combination - dehydroepiandrosterone, metformin and recombinant human growth hormone - to turn back the clock on study participants. A fascinating study. https://t.co/w6CeAwgNFf
Paper describing TRIIM-trial and age-resetting: Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/1SJCxHIJm5
RT @aginghighlights: Reversal of #epigenetic aging and immunosenescent trends in humans https://t.co/F2xRDT1aY1
Do you want to get 2.5 years younger? Yes, it is (or rather will be) possible! In a small study, 9 men got growth hormone, DHEA & metformin + Vitamin D3 & zinc over 12 months and they became epigenetically younger! https://t.co/Qq5pOoO0HA #agi
RT @koborlab: Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/EVayc5ZgGm
Magic metformin.. https://t.co/CwFE9KhnWO
Reversal of #epigenetic aging and immunosenescent trends in humans https://t.co/F2xRDT1aY1
Reversal of epigenetic aging and immunosenescent trends in humans https://t.co/EVayc5ZgGm