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Multiple discussions touch upon the innovative aspects of the research, citing its potential to rejuvenate cells by reversing their biological age by about 30 years. Phrases like 'transformative potential’ and ‘game changer’ illustrate high excitement and significant anticipation regarding its applications in regenerative medicine, reflecting an overall enthusiastic and deeply engaged community conversation.
Many discussions reflect a positive reception towards the findings of the publication, though some express skepticism about the feasibility of reprogramming.
The topic has generated significant curiosity, with individuals eager to learn and share more related articles and insights.
Participants frequently reference specific aspects of the research, such as the implications for cell rejuvenation and anti-aging therapies, indicating deep engagement.
Overall, there is a strong belief that this research could have transformative effects on regenerative medicine and aging treatments.
Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30насаар удаашруулах туршилт амжилттай бжээ. Цаашид альцгеймер гм насжилттай холбоотой үүсдэг өвчнүүдийг эмчлэхэд ашиглана л гэж бна. https://t.co/bC8ly7673L
Desarrollan nueva técnica rejuvenecer células, permite retroceder reloj biológico celular 30 años según medidas moleculares, aunque se encuentra en etapa temprana exploración, podría revolucionar medicina regenerativa #VEA https://t.co/1NHE9URMPG
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming @ReikLab https://t.co/hcoBSwwzz8
Anti-ageing technique makes skin cells act 30 years younger: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming #longevity https://t.co/w17lL9lZCZ
With a novel method to restore the epigenome of cells to a more youthful state, authors “demonstrate the effectiveness of the method to reverse several age-related changes.” https://t.co/azm0QS9Yl5 Read the full peer review on the preprint below ⬇️ https://t.co/8oFRTA6iue https://t.co/TVjiO1pOh0
'Re-setting' cell age by 30 years? 'our method substantially rejuvenated multiple cellular attributes including the transcriptome, which was rejuvenated by around 30 years as measured by a novel transcriptome clock' https://t.co/5hAs92fB0J
All living organisms experience a loss of genetic and epigenetic information over time, contributing to aging, as shown by research on yeast and DNA repair processes that disrupt the epigenome and lead to cellular aging.
What a year 2022 has been for longevity research. This video discusses crucial findings including the effects of old blood on young mice and how senolytic drugs can mitigate these impacts. Join us in exploring the…
Unlock the secrets of biological aging with AI-powered tools that target the epigenome. Discover the maturation phase transient reprogramming method, which rejuvenates cells significantly, paving the way for new…
https://t.co/Y0F9Ro4qiR
RT @Ali15Ros: @TwiggyMcStmpwzl @IntEngineering @hvo_e_acc @grok Hope this helps: https://t.co/69MKigcRZW
@Obserwator2222 @embodiedthinkr @IntEngineering @grok GROK, I’ll help you: https://t.co/69MKigcRZW
@TwiggyMcStmpwzl @IntEngineering @hvo_e_acc @grok Hope this helps: https://t.co/69MKigcRZW
@Yu_mck1020 @IntEngineering @grok I’m real and not AI and faster than GROK
In @eLife: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/WGBYNTAaPt
@mindtrumpslove @Dr_Singularity It's this https://t.co/jxIvBIPHoq
@astridwilde1 Apparently, this research is from 2022 https://t.co/NlIkpke6CY
@AmvSakura @BioProtocol @BiomeAI
@cosimoeanna @BioProtocol
@B6iYZird5Ag2uXk @BioProtocol
@mAVtmuP34HML9dm @BioProtocol
@FofofofShf @BioProtocol
@vrpXH2seIt2JkZR @BioProtocol
@camara_gn
@Vienpham1988 @BioProtocol
@RoMeoT0T0
@Love_AirdropVN @BioProtocol
@LakishaBeckford @BioProtocol The body's damage is interconnected - fixing one thing while six others deteriorate achieves little. MPTR reprogramming simultaneously reversed transcriptomic age by ~30 years, restored methylation patterns AND heterochromatin levels (DOI: 10.7554/eLife.71624). But we lack
@Salome96394602 @BioProtocol
Partial reprogramming is also not feasible, because it has been found that the telomere length of partial reprogramming did not increase or was slightly shortened [Multi-omic rejuvenation of human cells by maturation phase transient reprogramming doi:https://t.co/x1ZK5O66bq], and
@tmgrmrw @infotheoryaging @davidasinclair Partial reprogramming is also not feasible, because it has been found that the telomere length of partial reprogramming did not increase or was slightly shortened [Multi-omic rejuvenation of human cells by maturation phase transient reprogramming doi:https://t.co/x1ZK5O66bq], and
@emedfocus @infotheoryaging Partial reprogramming is also not feasible, because it has been found that the telomere length of partial reprogramming did not increase or was slightly shortened [Multi-omic rejuvenation of human cells by maturation phase transient reprogramming doi:https://t.co/x1ZK5O66bq], and
From 2022 elifesciences.org/articles/71624
RT @LifeboatHQ: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/GKhVfIDxYf
We establish a novel transient reprogramming strategy where Yamanaka factors are expressed until the maturation phase (MP) of reprogramming, with which we were able to achieve robust and very substantial rejuvenation ~30 years https://t.co/ose0aYP6sF
RT @LifeboatHQ: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/GKhVfIDxYf
RT @LifeboatHQ: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/GKhVfIDxYf
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/GKhVfIDxYf
@nintendobenzo https://t.co/RlSsKkh06c
@DrShopf @bavaluefinder For starters: https://t.co/NT3HbmlQ2N https://t.co/6kubacRqxT Based on this you can then look at more technical papers.
@neuralamp4ever A: There are a good number of scientific articles that prove it. B: Fully reversible. C: Yes, in mammals, even in humans. https://t.co/NT3HbmmnSl
@LasIslands https://t.co/NT3HbmlQ2N
@john_whickins https://t.co/NT3HbmmnSl
@fuulu92 Based on these facts. https://t.co/NT3HbmlQ2N
@Nadir_Balena To get started in the field, I recommend two scientific articles: https://t.co/6kubacRqxT https://t.co/NT3HbmlQ2N As for books, it is a bit more complex. I would tell you to read books related to cell biology and the epigenome. This whole field is very new so there is not a lot
@michaeljkovarik In fact, it is possible to reverse aging in a fairly simple way. I attach a paper of interest: https://t.co/NT3HbmlQ2N
@AndyJScott @TechnoGab @RTkatsenko I give you an example of a scientific article that I found in eLife and talks about aging reversal: https://t.co/NT3HbmlQ2N
@SleepEnjoyer https://t.co/RlSsKkhxVK PS: David Sinclair was selected as one of TIME magazine's 100 most influential people in the world.
@DrWarthin Hi Warthin, I hope you are feeling very well. There are many papers that are of interest. Here is one to get you started: https://t.co/NT3HbmmnSl Greetings.
@santygegen Hi Santy! Thank you very much for your question. Regarding aging reversal, there are several articles that may be of interest to you. I leave you the link of one that is very interesting: https://t.co/SVSUZdn67b Greetings!
@RamanShariati I always like to share 3 papers that I consider to be very significant in regards to reprogramming and rejuvenation. https://t.co/6kubacRqxT https://t.co/NT3HbmlQ2N https://t.co/q6zUOukPPv
@metashorts There is plenty of scientific research to prove it. Here is one that might be of interest to you: https://t.co/NT3HbmlQ2N Greetings.
@reznavajo No evidence? All yours, sir: https://t.co/4G4eWboANI https://t.co/SVSUZdn67b https://t.co/zLoiuTilNN https://t.co/eeNg8ypjoW https://t.co/DlGd08J2I2 Treating my scientific colleagues as corrupt is a strong offense to the field.
@MikhailBatin We know how to reverse all your hallmarks. https://t.co/SVSUZdn67b
@dogecoin_empire I’m all about “let’s figure out how to rewind it ASAP” https://t.co/IN32wIZSJO
RT @JayChance12: @NIHDirector @doudna_lab @UCBerkeley @SFNeurologie @CHU_Grenoble @HopPitieSalpe @biorxiv_neursci @NeuroscienceNew @Imaging…
RT @JayChance12: @NIHDirector @doudna_lab @UCBerkeley @SFNeurologie @CHU_Grenoble @HopPitieSalpe @biorxiv_neursci @NeuroscienceNew @Imaging…
MTPR (maturation phase transient reprogramming) would be my bet https://t.co/Wv801DKyeD https://t.co/tDElXtjhy5
@elonmusk @PeterDiamandis MPTR https://t.co/Wv801DKyeD
@generativist I feel the same way about access to reverse aging therapeutics currently in development I don’t care if some people don’t want it—so long as they don’t try to stop anyone else from having a choice in the matter as well https://t.co/Wv801DKyeD
@Crypto33Miggy Just a guess here, but…the thing we ought to invent a permanent cure for after we knock out aging? https://t.co/Wv801DL64b
@MarioNawfal You should accept it as eventual because it is—that said—death by aging is not inevitable, and you should not conflate that particular cause with its ultimate effect https://t.co/Wv801DKyeD
https://t.co/zfD3VxXbzV https://t.co/zjctDPzpDS https://t.co/B8MnkiePD4 Quality,EffectivenessAccountability dorothy&TinManStageCultural Choices-SciencePair ResetsToDemocraticPoplnTrjctryAffordable Longevity https://t.co/F9loIhS2V5 https://t.co/BlpzuwO3H2 https://t.co/xfy363HdiY
https://t.co/zfD3VxWDKn https://t.co/qVkKoXNCBc https://t.co/hg5h62u5gu https://t.co/XO5Qx6opwV https://t.co/NuBMbVCVbJ is not too harsh because they're workin' y'all & moi over presently Gage/LincolnStageIsNewS-Sdistribution, Trajectory,Follow-OnAffordableGreaterLongevity
https://t.co/zfD3VxXbzV https://t.co/zjctDPzpDS https://t.co/B8MnkiePD4 W/Quality,EffectivenessMeasure;W/More, AccountabilityIntegrally ADorothy&TinManStageCulturalChoice SciencePair ResetsToDemocratic,Aging,Expectancy,Popln TrjctryAffordability https://t.co/BlpzuwO3H2 -sa-mc-
Estudio completo: https://t.co/rcKlqdcCUr
30 jaar terug in (leef) tijd !! https://t.co/60eT7wvg7O
@NIHDirector @doudna_lab @UCBerkeley @SFNeurologie @CHU_Grenoble @HopPitieSalpe @biorxiv_neursci @NeuroscienceNew @ImagingOrg @Nanowerk @NatureNeuro @InstitutCerveau @mitbrainandcog @Cognition_ENS @Eduscol @EPFL @Inria @Inserm @GoogleAI @IBM 2022 ➡️https://t.co/7VuviHTLWQ . #CELL #CellTherapy 2013 https://t.co/bPSL5hf3aJ #aging #antiaging #rejuvenation ➡️https://t.co/pjHXQ0l3vH 2012⬇️ ➡️https://t.co/2xwMqhUYjY https://t.co/GR87o7GHVV ? https://t.co/w78FDPIuwv @DespratRomain @TelomereRx https://t.co/wo1NJ5TE0h .
@NIHDirector @doudna_lab @UCBerkeley @SFNeurologie @CHU_Grenoble @HopPitieSalpe @biorxiv_neursci @NeuroscienceNew @ImagingOrg @Nanowerk @NatureNeuro @InstitutCerveau @mitbrainandcog @Cognition_ENS @Eduscol @EPFL @Inria @Inserm @GoogleAI @IBM . https://t.co/XCP9AOH1Ca . https://t.co/VJQF5I6rgU . https://t.co/Bi2c188cPJ . ➡️https://t.co/l4YVH6rVm0 . https://t.co/GR87o7GHVV https://t.co/2xwMqhUYjY ➡️https://t.co/jykof6sHP3 ➡️https://t.co/OWXpPlONhZ ➡️https://t.co/w7TyOXt6Tu .
成熟期の一過性reprogramming ヒト細胞のマルチオミック若返りhttps://t.co/cD31CzofxL 新しいトランスクリプトーム時計で測定 約30年活性化した エピゲノムは、H3K9me3 レベルやDNA メチル化老化時計など、同程度に若返った 安定した多能性を獲得しなくても若返り可能か ＊銀河鉄道999の世界観
https://t.co/JnMoZtE4ta
RT @Singleron_Bio: A British team from the Centre for Trophoblast Research, University of Cambridge has discovered a novel "maturation phas…
@RainbowLinkInc 「安倍氏はアメリカの証人保護プログラムのような形で生きる可能性があるのか？」というご質問が。どうでしょうかね。私は彼が「アイデンティティを捨てる」ことはないと思いますねえ。ですから、たとえばこんなかんじかなと： https://t.co/RJItYyKzN2
[open access] Multi-omic rejuvenation of human cells by maturation phase transient reprogramming by Diljeet Gill, Aled Parry, Fátima Santos, Irene Hernando-Herraez, Thomas M. Stubbs, Inês Milagre, Wolf Reik https://t.co/7XYZUaG7hP https://t.co/kcTb7gGRda
#SKIN #AGING Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/Zj8VtuyqWN
AtLeastForNotCorporatist A PRECIOUS FIND UniversalDemocratic(Risk/AffordingResponsibilty) AccountabilityIntegral/Quality https://t.co/GFSRNN2asO https://t.co/B8MnkhWGoW QualityMeasureMedically https://t.co/saSVAIWv6c InclAffording https://t.co/Qp8b7xuZAl https://t.co/bYiL4UbgQH https://t.co/mFPZte9k0l
RT @ReikLab: Now published in @eLife!
@RuxandraTeslo @MichaelRetchin @jacobkimmel @CellSystemsCP Don't wanna speak for Michael, but I think it's an open question how close partial reprogramming actually gets you to pluripotency e.g. Fig. 2 here shows that certain genes and chromatin states retain fibroblast signatures https://t.co/38HCMufXaO
RT @JaimeLagunez: @PeterDiamandis https://t.co/ObxVgsI0gX What reading could possibly be as good as this one, Peter.
@PeterDiamandis https://t.co/ObxVgsI0gX What reading could possibly be as good as this one, Peter.
@armanac05 @DarvinEmmi @drkaracenk Ancak yaşlanmayı tersine çevirme deneyeleri mRNA ile sınırlı değil tabii.Bu çalışma,bir kadının cilt hücrelerini 30 yaş gençleştirdiler.IPS tekniği ile 53 yaşındaki kadının cilt hücreleri 23 yaşındaki cilt hücreleri gibi görünmeye ve davranmaya başladı. https://t.co/rLvT4oLu4x
"Old skins cells reprogrammed to regain youthful function" Researchers have recently found a way to turn the clock on aging cells and are able to reprogram them up to 30 years younger
RT @alegarsur: @navedelmisterio Al final he encontrado el artículo por si a alguien le interesan los detalles del trabajo https://t.co/vJRf…
@navedelmisterio Al final he encontrado el artículo por si a alguien le interesan los detalles del trabajo https://t.co/vJRfFfH2pR
Researchers from the #BabrahamInstitute have developed a method to 'time jump' human skin cells by 30 years, turning back the #ageing clock for cells without losing their specialized function. Source: https://t.co/21dBKnO0So https://t.co/QdiVjB8Jj6
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
https://t.co/PhwnnF5Ln2 Accountability comes out in the wash quality/effectiveness; bottom up choice-science self-resolution IsNotA TopDownControlThing Cost-value ComesOutInTheWashAlso https://t.co/GFSRNN2asO https://t.co/gRQknYvQiw https://t.co/B8MnkhWGoW https://t.co/PHBXdvK8O2
RT @ReikLab: Now published in @eLife!
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
RT @Odongua: Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30наса…
Эсийг дахин програмчлах аргыг 2012 онд японы эрдэмтэн нээж нобел хүртжээ. 2022 онд энэ аргыг ашиглан арьсны хөгшрөлтийг 30насаар удаашруулах туршилт амжилттай бжээ. Цаашид альцгеймер гм насжилттай холбоотой үүсдэг өвчнүүдийг эмчлэхэд ашиглана л гэж бна. https://t.co/bC8ly7673L
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/z8qwo9arEw
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming | eLife https://t.co/rnhKVGcSTw
https://t.co/hGE5lAhuUt
Researchers from the Babraham Institute's epigenetics research program say in a news release that they partly restored the function of older cells, without losing their specialized function. https://t.co/IpvRJGi9Kc #epigenetics #cells #research #ageing
RT @ReikLab: Now published in @eLife!
With a novel method to restore the epigenome of cells to a more youthful state, authors “demonstrate the effectiveness of the method to reverse several age-related changes.” https://t.co/azm0QS9Yl5 Read the full peer review on the preprint below ⬇️ https://t.co/8oFRTA6iue https://t.co/TVjiO1pOh0
https://t.co/h7nZmu73rO The #epigenome was #rejuvenated to a similar extent, including #H3K9me3 levels and the DNA methylation #ageing clock. The magnitude of rejuvenation instigated by #MPTR appears
RT @WolfPrize_: We all get old and wither, that’s the way life is, right? Well, maybe not. At the cellular and molecular level, ageing is a…
We all get old and wither, that’s the way life is, right? Well, maybe not. At the cellular and molecular level, ageing is a process governed by specific elements. https://t.co/iaGbel21xW
RT @vicatallah: Desarrollan nueva técnica rejuvenecer células, permite retroceder reloj biológico celular 30 años según medidas moleculares…
RT @vicatallah: Desarrollan nueva técnica rejuvenecer células, permite retroceder reloj biológico celular 30 años según medidas moleculares…
RT @MDforLives: A novel technology for #renewing #skincells has been devised by scientists. This procedure allowed researchers to reverse t…
RT @vicatallah: Desarrollan nueva técnica rejuvenecer células, permite retroceder reloj biológico celular 30 años según medidas moleculares…
Desarrollan nueva técnica rejuvenecer células, permite retroceder reloj biológico celular 30 años según medidas moleculares, aunque se encuentra en etapa temprana exploración, podría revolucionar medicina regenerativa #VEA https://t.co/1NHE9URMPG
A novel technology for #renewing #skincells has been devised by scientists. This procedure allowed researchers to reverse the cellular biological clock by roughly 30 years, which is much longer than prior #reprogrammingmethods. Read more-https://t.co/dtnaQrIcDr #MDforLives https://t.co/hVEqeSGjAy
RT @CueSibiya: ACCORDING TO SCIENTISTS You could finally be able to look 30 years younger, through a technique that reprograms skin cells…
RT @CueSibiya: ACCORDING TO SCIENTISTS You could finally be able to look 30 years younger, through a technique that reprograms skin cells…
RT @CueSibiya: ACCORDING TO SCIENTISTS You could finally be able to look 30 years younger, through a technique that reprograms skin cells…
ACCORDING TO SCIENTISTS You could finally be able to look 30 years younger, through a technique that reprograms skin cells to behave as if you are much younger. Full study https://t.co/wOv1bCEcdQ https://t.co/xtYueKKMvc
RT @ReikLab: Now published in @eLife!
#iPSC https://t.co/AvZNe7oZPb
Researchers have reversed aging in human skin cells by 30 years! While still in its early phases, it has the potential to transform regenerative medicine. It has shown promise in restoring youthful function & regenerating tissues - https://t.co/sjAKXXM5oy #aging #powertoprove
RT @EEpigenetics: "we demonstrate that it is possible to separate rejuvenation from complete pluripotency reprogramming, which should facil…
RT @EEpigenetics: "we demonstrate that it is possible to separate rejuvenation from complete pluripotency reprogramming, which should facil…
"we demonstrate that it is possible to separate rejuvenation from complete pluripotency reprogramming, which should facilitate the discovery of novel anti-ageing genes and therapies" https://t.co/Q0xvP3in44
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/QIpnCUhmlY
@BillOccham @JuliaB_fitness @AgingBiology @aginghighlights @NatureAging I posted the preprint in January 2021: https://t.co/4iHvj6vveP The final published version @eLife is: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/8JDJcWc6yX
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/Pya104MbQd
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/Y77SAAuZC7
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/BrBIg240Dl
@EurekAlert Multi-omic rejuvenation of human cells by maturation phase transient reprogramming.. Old skins cells reprogrammed to regain youthful function. could lead to approach treating #ageing . @BradStanfieldMD BABRAHAM INSTITUTE8-Apr-2022 https://t.co/9SIYan4Qr4
@EurekAlert Multi-omic rejuvenation of human cells by maturation phase transient reprogramming.. Old skins cells reprogrammed to regain youthful function. could lead to approach treating #ageing . @BradStanfieldMD BABRAHAM INSTITUTE8-Apr-2022 https://t.co/1nTAxhfi6v
This is fascinating. Researchers rejevunate skin cells of 53 year old woman equivalent of a 23 year old’s! Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/sBTe7Ttjml
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/kgb48q0Rlm
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/Kwil0nhE7o
I'm first in line, Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/7866CgVkQb
Trending on PubMed: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming. https://t.co/nu2czeofwE
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/ZpaW0o6631
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/GfjbHajYYq
«Αυτή η προσέγγιση υπόσχεται πολύτιμες ανακαλύψεις που θα μπορούσαν να ανοίξουν έναν καταπληκτικό θεραπευτικό ορίζοντα». Η έρευνα δημοσιεύτηκε στο eLife . 8-4-22 Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/nBtsioqYW6
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/TgER33pFwO
RT @UCDMouseBio: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/JiovlbUZMn
RT @UCDMouseBio: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/JiovlbUZMn
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/JiovlbUZMn
RT @Lau_uribefig: Proceso de ingenieria genética logra "rejuvenecer" células de la piel . Primeros pininos para buscar la eterna juventud!…
Proceso de ingenieria genética logra "rejuvenecer" células de la piel . Primeros pininos para buscar la eterna juventud! Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/b4ARdhucGY
RT @ChrisPerryMito: 'Re-setting' cell age by 30 years? 'our method substantially rejuvenated multiple cellular attributes including the t…
'Re-setting' cell age by 30 years? 'our method substantially rejuvenated multiple cellular attributes including the transcriptome, which was rejuvenated by around 30 years as measured by a novel transcriptome clock' https://t.co/5hAs92fB0J
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/AFVTZOlxbB
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/LIymjJ83NC @ReikLab 开发了出一种使皮肤细胞恢复活力的新技术。通过对皮肤细胞进行瞬时重编程，使皮肤细胞年轻了大约30岁。
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/85u7FaPg3U
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/KcE82On1O0 https://t.co/ev3fKAzN5D https://t.co/Sw8UbalWKl https://t.co/ujJwFcZlBD https://t.co/gdNuBXzXMw https://t.co/nGUrK4yt3S https://t.co/FA8rkC5Za7
This field is wild! Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/DMsjnapHYj
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/obePHXNOu3
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/7zelfnxPpb
Wow: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/VRDoagzo42
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/u5MlluDZ4k
Nice work by @ReikLab Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/nJy3p4jB7m
@ReikLab never fall short impressing by their research: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming | eLife https://t.co/9wd1UHHrSg
RT @LucySocha: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/uZ8dzRn5N2
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/uZ8dzRn5N2
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming | eLife https://t.co/b2U8Xn4asi
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/lkRtE1O1Is #science #biology #rejuvenation #cells #maturation #phase
https://t.co/Qken8NS0XW https://t.co/zjctDPhgpK https://t.co/B8MnkhWGoW InclQuality,EffectivenessMeasure;W/More, AccountabilityIntegrally A Dorothy&TinManStageLargerCulturalChoicesScience Pair ResetsToDemocratic,Aging,Expectancy,PoplnTrjctry Affordability https://t.co/Blpzux56J2
https://t.co/zfD3VxF2lN https://t.co/zjctDPhgpK https://t.co/B8MnkhWGoW InclQuality,EffectivenessMeasure;W/More, AccountabilityIntegrally A Dorothy&TinManStageLargerCulturalChoicesScience Pair ResetsToDemocratic,Aging,Expectancy,PoplnTrjctry Affordability https://t.co/Blpzux56J2
RT @NOMIX_AI: Anti-ageing technique makes skin cells act 30 years younger: Multi-omic rejuvenation of human cells by maturation phase trans…
Anti-ageing technique makes skin cells act 30 years younger https://t.co/nQj9qIWyxc Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/M73A3rq3f3
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/MEL492CA7B
Study: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming (@ReikLab) https://t.co/Ye6E8d5I0Z Story: Rejuvenation of woman's skin could tackle diseases of ageing https://t.co/8Z1WhQZUcU #Ageing #Aging #rejuvenation #CellReprogramming #Epigenome https://t.co/LOkknUHGyg
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming | eLife https://t.co/1zASmlg5gw
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/VWXQhB3UqP https://t.co/3tbmAXol9z
@davidasinclair hello David, I just come across something that looked quite familiar: 10.7554/eLife.71624
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming. https://t.co/48eETV9ZOg
RT @NOMIX_AI: Anti-ageing technique makes skin cells act 30 years younger: Multi-omic rejuvenation of human cells by maturation phase trans…
Thread: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming @Diljeet_Gill; @ReikLab - Turning back the clock on skin cells 30 years but retaining specialization - the "sweet spot." https://t.co/1JulhFg3zs https://t.co/exj3U3h8JZ
RT @NOMIX_AI: Anti-ageing technique makes skin cells act 30 years younger: Multi-omic rejuvenation of human cells by maturation phase trans…
Anti-ageing technique makes skin cells act 30 years younger: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming #longevity https://t.co/w17lL9lZCZ
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming | eLife https://t.co/NuPvcS2nbU
And here is the actual paper doing the rounds on the media this morning!! Let’s do our bit for the Altmetric score!! “Multi-omic rejuvenation of human cells by maturation phase transient reprogramming” | eLife https://t.co/9OLLVtJs7r from @eLife @Diljeet_Gill @ReikLab
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/9UWhwJHF1s
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/ET9R3QOZ0a
RT @biorxivpreprint: #PeerReview from @eLife of
#PeerReview from @eLife of
#PeerReview from @eLife of
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/KjYmsKDbj0
RT @ReikLab: You can read @Diljeet_Gill et al's associated work here https://t.co/ATlGvJb1iV 'Multi-omic rejuvenation of human cells by mat…
RT @ReikLab: You can read @Diljeet_Gill et al's associated work here https://t.co/ATlGvJb1iV 'Multi-omic rejuvenation of human cells by mat…
RT @ReikLab: You can read @Diljeet_Gill et al's associated work here https://t.co/ATlGvJb1iV 'Multi-omic rejuvenation of human cells by mat…
RT @agingdoc1: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/L9pKuFgPXc
RT @FNucleosome: Our next journal club [Thursday, 4th February] is devoted to preprint from @ReikLab "Multi-omic rejuvenation of human cell…
RT @FNucleosome: Our next journal club [Thursday, 4th February] is devoted to preprint from @ReikLab "Multi-omic rejuvenation of human cell…
RT @FNucleosome: Our next journal club [Thursday, 4th February] is devoted to preprint from @ReikLab "Multi-omic rejuvenation of human cell…
RT @FNucleosome: Our next journal club [Thursday, 4th February] is devoted to preprint from @ReikLab "Multi-omic rejuvenation of human cell…
Our next journal club [Thursday, 4th February] is devoted to preprint from @ReikLab "Multi-omic rejuvenation of human cells by maturation phase transient reprogramming" (https://t.co/HPUTM4audt). Journal club facilitator: @GabriellaFicz. Register here: https://t.co/bFsstXanzt https://t.co/ZAufW9LsW1
RT @AgingBiology: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming @ReikLab https://t.co/hcoBSwwzz8
RT @AgingBiology: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming @ReikLab https://t.co/hcoBSwwzz8
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming | bioRxiv https://t.co/LsNjFD59KA
RT @martinperaJAX: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/EkU02Z9sCV
RT @AgingBiology: Multi-omic rejuvenation of human cells by maturation phase transient reprogramming @ReikLab https://t.co/hcoBSwwzz8
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming @ReikLab https://t.co/hcoBSwwzz8
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/EkU02Z9sCV
Multi-omic rejuvenation of human cells by maturation phase transient reprogramming https://t.co/L9pKuFgPXc