RT @HATTA_Masuyukey: 【老けたのではない、老いたのだ】🙈🙊 「年相応」なら良いのだが、「若く見える人は体内年齢も若い」という医学研究もある(こちら対象38歳の:https://t.co/GogsdKmJWW 炭水化物制限の場合、代謝の悪化により、タンパク合成…
RT @HATTA_Masuyukey: 【老けたのではない、老いたのだ】🙈🙊 「年相応」なら良いのだが、「若く見える人は体内年齢も若い」という医学研究もある(こちら対象38歳の:https://t.co/GogsdKmJWW 炭水化物制限の場合、代謝の悪化により、タンパク合成…
【老けたのではない、老いたのだ】🙈🙊 「年相応」なら良いのだが、「若く見える人は体内年齢も若い」という医学研究もある(こちら対象38歳の:https://t.co/GogsdKmJWW 炭水化物制限の場合、代謝の悪化により、タンパク合成が低下して、表情筋減少、皮膚や靭帯などの劣化、などなどありえそうだ。
[Aging] Been saying this forever -- and it is obvious: If you look old, you are old. "[I]ndividuals who were aging more rapidly were less physically able, showed cognitive decline and brain aging, self-reported worse health, and looked older." #Health
RT @EwingT_PhD: @mkaeberlein My favorite way to measure both is with fitness testing as initially described by Belsky https://t.co/TVRWY6H0…
RT @EwingT_PhD: @mkaeberlein My favorite way to measure both is with fitness testing as initially described by Belsky https://t.co/TVRWY6H0…
@mkaeberlein My favorite way to measure both is with fitness testing as initially described by Belsky https://t.co/TVRWY6H0Ih My least favorite way is telomere length.
RT @chydorina: #Aging is not something that happens once you hit 'middle-age'. This paper on aging in younger people really brings this fac…
RT @chydorina: #Aging is not something that happens once you hit 'middle-age'. This paper on aging in younger people really brings this fac…
#Aging is not something that happens once you hit 'middle-age'. This paper on aging in younger people really brings this fact into the light. Even from 26-38 yrs. we see massive changes in biomarkers associated with age. #longevity https://t.co/ouddUuCygD
@carlesvillapla1 @onelifemax @eduardo85979835 @AntiAgify @roxaneanquetil @ruixiang_tan @Kelly69020986 @danielsil44 @cynanthrope @MBerdock @MarkCTest @Aging_Advice @foundmyfitness Well, there is also likely substantial individual variation. But «nature is a
@mdpatrick @theSamParr @davidasinclair @JCIB_Lab_Salk @NUSMedicine @IRBBarcelona @AndreaBMaier @ResetYourClock @DrMorganLevine @LizRose14449371 @OcampoLab It just hit me again that a few humans actually seem to have natural reverse/#antiaging capabilities
前回報告では38歳時点でのbiological ageは28歳から61歳と大きな個人差が認められ biological ageは見た目年齢や運動器機能と相関があることを示しました https://t.co/FU4TZujRNz
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @peterdadamo: Quantification of biological aging in young adults | PNAS https://t.co/cM7niCrxbg
Quantification of biological aging in young adults | PNAS https://t.co/cM7niCrxbg
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 i…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
RT @max12elliott: Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when…
Human aging is unequally distributed. While some become frail in their 60s, others run marathons into their 90s. But when do disparities in biological aging begin to matter? https://t.co/X7U2727QJD… Preprint:https://t.co/w1gTYcHoQe… @NeurogenDuke @Nature
We measured the pace of biological aging by quantifying the decline of 19 biomarkers across 2 decades from age 26 to 45 in the Dunedin birth cohort. Building on previous work, we find enormous variation in the rate of biological aging in midlife. https://t
(5/n) We used a variety of measures to assess aging: biological Pace of Aging (https://t.co/k73gnMP0Gn); clinical tests and self-reports of sensory, motor and cognitive functioning, and ratings of how old participants looked. There were four main findings
RT @DocProdigy: There is also a heap of scientific evidence that as individuals age at different rates, so do they mentally mature differen…
RT @DocProdigy: There is also a heap of scientific evidence that as individuals age at different rates, so do they mentally mature differen…
Can obesity cause biological aging in young people ? In this study young individuals of the same chronological age varied in their “biological aging”. https://t.co/CV1yyEEiNw
RT @Danbelsky: We distill our 18-indicator 12-year measurement of Pace of Aging (https://t.co/UUGzpTDE0e) into a single-time-point blood te…
RT @Danbelsky: We distill our 18-indicator 12-year measurement of Pace of Aging (https://t.co/UUGzpTDE0e) into a single-time-point blood te…
RT @Danbelsky: We distill our 18-indicator 12-year measurement of Pace of Aging (https://t.co/UUGzpTDE0e) into a single-time-point blood te…
RT @Danbelsky: We distill our 18-indicator 12-year measurement of Pace of Aging (https://t.co/UUGzpTDE0e) into a single-time-point blood te…
Dan walks through the many results here!
We distill our 18-indicator 12-year measurement of Pace of Aging (https://t.co/UUGzpTDE0e) into a single-time-point blood test. If you have @illumina 450k or EPIC array data, you can compute our new measure with code posted here https://t.co/iGjBgCfXQF
@GunnarHgg2 @gorberg Det gör den ansvariga läkaren (oftast i samråd med andra läkare). Och ja, det finns en vetenskaplig definition. Utgångspunkten brukar vara populationens genomsnittshälsa. Här är en ganska intressant studie: https://t.co/Mz3L9o2xtc o
RT @JuliaB_fitness: @DocLarus @onelifemax @shunyata2000 @mkaeberlein @Blagosklonny That is not true, for younger humans at least there can…
RT @JuliaB_fitness: @DocLarus @onelifemax @shunyata2000 @mkaeberlein @Blagosklonny That is not true, for younger humans at least there can…
@DocLarus @onelifemax @shunyata2000 @mkaeberlein @Blagosklonny That is not true, for younger humans at least there can be a pretty wide divergence between chronological age & biological age (but biological age is not easy to define), see this: https://
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
10 biomarkers predictive biological age 1. C-reactive protein 2. Creatinine 3. Glycated hemoglobin 4. Albumin 5. Total cholesterol 6. Cytomegalo virus optical density 7. Urea nitrogen 8. Alkaline phosphatase SI 9. Forced expiratory volume 10. Systolic bp
@JoshuaTempSays Here's a handy range of aging biomarkers https://t.co/bKTQe7qhQI https://t.co/CnJjs4p6Za
Quantification of biological ageing in young adults - yet again worshippers at the anti-ageing altar: should be 'delaying disability medicine', and not promoting a narrative that is ageing-denying @RCPI_news https://t.co/Qh7su01f69
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…
@Strength4_Life The best option is to grow younger! https://t.co/ALCBF2m7op
RT @rhg_1: @Mangan150 "Three Dunedin Study members had Pace of Aging less than zero, *appearing to grow physiologically younger during thei…