Synopsis of Social media discussions
The interactions show a recognition of the scientific significance of cellular reprogramming, with posts urging debates among prominent scientists and mentioning research such as epigenetic age reversal and Yamanaka factors. The tone and choice of words like 'refute,' 'urge debate,' and references to specific methods reflect both curiosity and cautious optimism about the potential impact of this research.
Agreement
Moderate agreementMost discussions acknowledge the potential of cellular reprogramming and epigenetic rejuvenation, with some asserting its relevance to longevity and future scientific advances.
Interest
Moderate level of interestPosts demonstrate moderate interest, sharing articles, calling for debates, and discussing scientific concepts without deeply engaging in technical details.
Engagement
Moderate level of engagementMultiple discussions reference specific scientific methods, like Yamanaka factors, and call for debates or further conversations, indicating a reasonable level of engagement.
Impact
Moderate level of impactThough some posts highlight significant potential impacts, such as reversing aging or rejuvenating tissues, many are speculative or calling for debates, so overall impact is viewed as promising but not yet conclusive.
Social Mentions
YouTube
19 Videos
2 Posts
97 Posts
Blogs
5 Articles
News
5 Articles
3 Posts
Metrics
Video Views
46,986
Total Likes
1,629
Extended Reach
382,731
Social Features
131
Timeline: Posts about article
Top Social Media Posts
Posts referencing the article
Debunking Myths of Aging Reversal and Cell Reprogramming Insights
The dream of reversing aging has captured the imagination of millions fueled by bold claims from figures like David Sinclair Bryan Johnson Peter Diamandis and Aubrey de Grey. This video exposes fundamental flaws in these claims, focusing on the irreversible loss of motor units and firing rates as key drivers of aging that t
Reversing Aging Through Cellular Reprogramming and Epigenetic Rejuvenation
Cellular reprogramming shows potential to slow down or reverse aging by creating induced pluripotent stem cells, but typically involves losing cell identity. Epigenetic rejuvenation aims to harness the benefits without full dedifferentiation, offering a safer anti-aging approach.
Epigenetic Rejuvenation through Cellular Reprogramming Strategies
Cellular reprogramming, like creating induced pluripotent stem cells, shows potential to slow down or reverse aging but typically involves losing the original cell identity. Epigenetic rejuvenation aims to separate the beneficial rejuvenating effects of reprogramming from complete cell dedifferentiation, making it a safer a
Reversing Aging Through Cellular Reprogramming and Epigenetic Rejuvenation
Cellular reprogramming shows potential to slow or reverse aging by using Yamanaka factors to achieve rejuvenation without losing cell identity, offering a promising and safer anti-aging strategy.
Cellular Reprogramming and Epigenetic Rejuvenation in Aging Research
Cellular reprogramming shows potential to slow or reverse aging by creating induced pluripotent stem cells. Epigenetic rejuvenation aims to achieve these effects safely without losing cell identity, using Yamanaka factors to reduce biological age.
Cellular Reprogramming and Epigenetic Rejuvenation in Aging Research
Cellular reprogramming, such as creating induced pluripotent stem cells, offers potential to slow or reverse aging while maintaining cell identity. Epigenetic rejuvenation aims to achieve these benefits safely, without full cell dedifferentiation, using Yamanaka factors.
Genomic Instability and Its Role in Aging Processes
This video explores the role of genomic instability in aging, highlighting cellular reprogramming and epigenetic rejuvenation as potential strategies to slow or reverse aging processes without losing cell identity.
Chronic Inflammation and Its Role in Aging Reversal Strategies
This video discusses cellular reprogramming and epigenetic rejuvenation, focusing on how Yamanaka factors might reduce biological age without losing cell identity, potentially providing safer anti-aging approaches.
Cellular Reprogramming and Epigenetic Rejuvenation in Aging Research
Cellular reprogramming, like creating induced pluripotent stem cells, shows potential to slow down or reverse aging but typically involves losing the original cell identity. Epigenetic rejuvenation aims to separate the beneficial effects from complete dedifferentiation, offering a safer anti-aging approach.
Advances in Cellular Reprogramming and Epigenetic Rejuvenation
Cellular reprogramming like creating induced pluripotent stem cells offers potential to slow or reverse aging while maintaining cell identity. Epigenetic rejuvenation aims to harness these effects more safely, reducing biological age without full cell dedifferentiation.
Telomere Length as a Biomarker for Biological Age and Aging Research
Telomere length is linked to cellular aging and age-related diseases, serving as a biomarker for biological age. Combining TL with other indicators enhances aging assessments, but limitations emphasize the need for multiple biomarkers for accurate predictions.
Telomere Length and Biomarkers in Biological Age Assessment
Telomere length is linked to cellular aging and age-related diseases. While it provides a rough estimate of biological age, combining it with other biomarkers like immune function and epigenetic data improves accuracy, highlighting ongoing research in aging assessment.
Understanding the Role of Proteostasis Loss in Aging
This video explores how the loss of proteostasis influences aging, highlighting current research, limitations of telomere length as a biomarker, and the importance of combining multiple indicators for accurate biological age assessment.
Deregulated Nutrient Sensing and Its Role in Aging
This video explores how deregulated nutrient sensing impacts aging, emphasizing telomere length and other biomarkers to improve biological age assessments. It discusses current research and future perspectives on aging measurement.
Understanding Mitochondrial Dysfunction and Its Role in Aging
This video explores mitochondrial dysfunction's impact on aging. It discusses telomere length, cellular aging, and the limitations of current biomarkers, highlighting the importance of combining multiple indicators for accurate biological age assessment.
Telomere Length as a Biomarker of Biological Age Insights and Challenges
Telomere length is linked to cellular aging and age-related diseases. While it offers valuable information, combining it with other biomarkers enhances accuracy in estimating biological age.
Proteostasis Collapse and Its Role in Cellular Aging and Death
Proteostasis collapse, driven by slow translation and oxidative damage, leads to damaged protein accumulation that disrupts cell function, ultimately causing aging and death. The model explains age-related damage increase and mortality patterns.
Cellular Senescence and the Future of Aging Research
This video explores cellular senescence and examines telomere length as a marker of biological age, highlighting limitations and the importance of combining multiple indicators for more accurate aging assessments.
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https://t.co/pEfLYLZ53N
view full postAugust 6, 2025
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luis hernan graffe
@hernangraffe (Twitter)https://t.co/pEfLYLZ53N
view full postMay 6, 2025
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003
@003Energenic (Twitter)@byersblake I hope you guys are focusing on fast motor unit loss, almost everyone else focus seems to be elsewhere but we need motor units to breath, swallow, blink, etc... https://t.co/wSoh2j62WY https://t.co/IiCyxu2Q6C
view full postFebruary 23, 2025
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James Johnson
@SacrificialAlly (Twitter)bruh, check out this for just those 3 statements. The wave rises biblio https://t.co/ERzdw30S0c https://t.co/VG86otxya7]. https://t.co/bB3TZWVFFh
view full postFebruary 1, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@Dr_Singularity This man says he can refute AUBREY's arguments easily
view full postJanuary 17, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@PeterDiamandis This man says he can refute AUBREY's arguments easily
view full postJanuary 17, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@MarioLunaNK URGE QUE ENTREVISTES A CORDEIRO!. Este tipo dice que puede refutar sus argumentos fácilmente
view full postJanuary 17, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)URGE UN DEBATE ENTRE JOSELUIS CORDEIRO Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@davidasinclair A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@davidasinclair A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@davidasinclair A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@davidasinclair A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@davidasinclair A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@davidasinclair A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@PeterDiamandis @BenLamm @colossal SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@PeterDiamandis SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@PeterDiamandis SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@PeterDiamandis SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@PeterDiamandis SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@cordeiro SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@cordeiro SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@cordeiro @dw2 @aubreydegrey SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@cordeiro SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@cordeiro SE URGE UN DEBATE ENTRE USTEDES Y EL SEÑOR YO SOY LONGEVIDAD
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@OntologicalMax @aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@statto @aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@gblander1 @aubreydegrey @InsideTracker A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@hexconference @aubreydegrey @LongevityEVF A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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LadyLilly Berthely
@LadyLillyB79617 (Twitter)@aubreydegrey A DEBATE IS URGED BETWEEN YOU AND THE LORD I AM LONGEVITY
view full postJanuary 16, 2025
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GilbertiusIV
@IvArends (Twitter)RT @003Energenic: Do you agree that the loss of fast motor units is fatal to longevity? https://t.co/wSoh2j62WY @aubreydegrey @siimland @…
view full postJanuary 8, 2025
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003
@003Energenic (Twitter)Do you agree that the loss of fast motor units is fatal to longevity? https://t.co/wSoh2j62WY @aubreydegrey @siimland @daveasprey @bryan_johnson #biohacking #longevity
view full postJanuary 8, 2025
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arctic monkeey
@MonkeeyArctic (Twitter)RT @MarcosArrut: I recommend this article if you want to understand more about the logic of cellular reprogramming and aging: “https://t.co…
view full postOctober 25, 2024
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Anthony M. Hopper
@elander777 (Twitter)RT @MarcosArrut: I recommend this article if you want to understand more about the logic of cellular reprogramming and aging: “https://t.co…
view full postOctober 24, 2024
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Marcos Arrut
@MarcosArrut (Twitter)I recommend this article if you want to understand more about the logic of cellular reprogramming and aging: “https://t.co/0huWUDVcJN”. That's all. (actually there are more articles)
view full postOctober 24, 2024
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Marcos Arrut
@MarcosArrut (Twitter)@YLX2050 Perfect, thank you for your response. Regarding scientific advances, there are a variety of scientific articles that may be of interest to you. I recommend this one: https://t.co/0huWUDVcJN Regarding the philosophical question, the books defending transhumanism may be useful to
view full postOctober 24, 2024
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Lyn Myers
@LynMyer28562546 (Twitter)"Cellular reprogramming and epigenetic rejuvenation | Clinical Epigenetics | Full Text" https://t.co/EFEghzrff9
view full postMay 8, 2024
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Lyn Myers
@LynMyer28562546 (Twitter)"cellular reprogramming and epigenetic rejuvenation - Google Scholar" https://t.co/4qBSTuPNvz
view full postMay 8, 2024
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Marcos Arrut
@MarcosArrut (Twitter)@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.
view full postApril 7, 2024
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Jim Rice
@JimRice1111 (Twitter)@statto I mean, that’s what epigenetic reprogramming with Yamanaka factors is. And this can indeed rejuvenate and repair tissue. Not sure what you’re saying here. https://t.co/xj2f8c1a53
view full postAugust 18, 2023
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luis hernan graffe
@hernangraffe (Twitter)RT @hernangraffe: https://t.co/pEfLYLZ53N
view full postAugust 13, 2023
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luis hernan graffe
@hernangraffe (Twitter)https://t.co/pEfLYLZ53N
view full postAugust 13, 2023
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∤∤∤∤∤
@punishdtriangls (Twitter)Cellular reprogramming and epigenetic rejuvenation https://t.co/SI1AiUuiKG
view full postJune 25, 2023
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Siomy Coxese
@mujaya_ (Twitter)@V0tskXoZWA0XVbH https://t.co/BCTySAhJ2R.
view full postMay 19, 2023
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西澤三橋NishizawaMihashi
@TakashiMichaels (Twitter)RT @NameIsSpartacus: @carl_jurassic @GrantCardone This is what they're after: https://t.co/MtXMVpa2O6 https://t.co/3uBLoHcPyO https://t.…
view full postApril 10, 2023
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R.A
@raan62 (Twitter)RT @agingdoc1: Cellular reprogramming and epigenetic rejuvenation https://t.co/ITAaYwmbll
view full postMarch 21, 2023
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One Health Genomics Edinburgh
@GenomicsEdi (Twitter)New paper: Cellular reprogramming and epigenetic rejuvenation @mrc_hgu @EdinUni_IGC https://t.co/dVDs2ZmIx1 https://t.co/rIcrRuQxlj
view full postMarch 3, 2023
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Jurassic Carl
@carl_jurassic (Twitter)RT @NameIsSpartacus: @carl_jurassic @GrantCardone This is what they're after: https://t.co/MtXMVpa2O6 https://t.co/3uBLoHcPyO https://t.…
view full postFebruary 7, 2023
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WeAreIceni
@NameIsSpartacus (Twitter)@carl_jurassic @GrantCardone This is what they're after: https://t.co/MtXMVpa2O6 https://t.co/3uBLoHcPyO https://t.co/KHQAM99dkd https://t.co/PMG5WfmMv3 Using Yamanaka Factors to reset the epigenome without going too far and turning the patient into a blob of fresh induced pluripotent stem cells.
view full postFebruary 7, 2023
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bladerunner
@bladerunner3049 (Twitter)https://t.co/MhWHpncNuF
view full postJanuary 12, 2023
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Longevity
@LongevityTao (Twitter)https://t.co/FPvz46rzUq
view full postJanuary 2, 2023
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BreakthroughMedicine&AdvancedResearchTools
@JayChance12 (Twitter)@NIHDirector @doudna_lab @UCBerkeley @SFNeurologie @CHU_Grenoble @HopPitieSalpe @biorxiv_neursci @NeuroscienceNew @ImagingOrg @Nanowerk @NatureNeuro @InstitutCerveau @mitbrainandcog @Cognition_ENS @Eduscol @EPFL @Inria @Inserm @GoogleAI @IBM ⬆️From https://t.co/DjR7pyH4cY https://t.co/aum3D5TOiy 2019Preprint #DNA #epigenetics https://t.co/7h8assUYP4 #Telomere BasicComprehensive ➡️https://t.co/hpUpo9eQ6r https://t.co/wo1NJ5TE0h https://t.co/HtaWvTlgRW https://t.co/2UyEIxqy3J 2021 ➡️https://t.co/CM1LGrK6Dc .
view full postDecember 13, 2022
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Madam Mitochondria
@Madam_Mito (Twitter)@traceflow_ @KiesowPaul @yeeseak https://t.co/tbMpQHwvpo
view full postNovember 24, 2022
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Alison Wright
@alisonmwright45 (Twitter)"(T)he ageing process may not be as inevitable as previously thought. Young blood has been shown to have rejuvenative properties through heterochronic parabiosis, whereby the circulatory systems of a young and old organism are connected." https://t.co/wnugJE1fdr
view full postSeptember 10, 2022
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Alison Wright
@alisonmwright45 (Twitter)RT @alisonmwright45: @enemy2me "Young blood has been shown to have rejuvenative properties through heterochronic parabiosis, whereby the ci…
view full postSeptember 10, 2022
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Alison Wright
@alisonmwright45 (Twitter)@enemy2me "Young blood has been shown to have rejuvenative properties through heterochronic parabiosis, whereby the circulatory systems of a young and old organism are connected". Think about what a group of psychopaths might have been doing with this knowledge. https://t.co/wnugJE1fdr
view full postSeptember 10, 2022
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Biotechnomuffin | Divulgación
@biotechnomuffin (Twitter)FUENTES: Cell Reprogramming: The Many Roads to Success ➡️ https://t.co/p7LOluglKo Somatic Cell Nuclear Transfer Reprogramming: Mechanisms and Applications ➡️ https://t.co/uzrFCLtW5D Cellular reprogramming and epigenetic rejuvenation ➡️ https://t.co/VZxdhk0N08
view full postAugust 27, 2022
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luis hernan graffe
@hernangraffe (Twitter)RT @hernangraffe: https://t.co/pEfLYLZ53N
view full postAugust 5, 2022
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luis hernan graffe
@hernangraffe (Twitter)https://t.co/pEfLYLZ53N
view full postAugust 5, 2022
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Raghav Agrawal
@impactology (Twitter)[open access] Cellular reprogramming and epigenetic rejuvenation by Daniel J. Simpson, Nelly N. Olova & Tamir Chandra https://t.co/XW61ZgOvVk https://t.co/u28nzFXEwf
view full postJuly 7, 2022
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Brushed Alloy
@BrushedAlloy (Twitter)Review: Cellular reprogramming and epigenetic rejuvenation. https://t.co/QpO78EbYrV
view full postMay 5, 2022
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Nelly Olova
@NeliOlova (Twitter)@GeneInvesting @adanguyenx It has already been shown in 2018 that in a reprogramming time course (in a dish yes) epigenetic age of skin cells drops with ~30 years in the first two weeks. This method has been used by many by now, a summary can be found here: https://t.co/ewlZn6DfWN
view full postApril 11, 2022
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Xapiens at MIT
@XapiensMIT (Twitter)Cellular reprogramming and epigenetic rejuvenation https://t.co/sznkXbh50p https://t.co/afgm9Z8oSo
view full postMarch 21, 2022
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Genetics at BMC
@OAgenetics (Twitter)Clinical Epigenetics: Check out what your peers read. Highly viewed articles from 2021: https://t.co/wXaLAvint5, https://t.co/sCMLPiMft8, https://t.co/PsAjTG73Ss https://t.co/9enUSK8yNz
view full postFebruary 14, 2022
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J Fuller
@jordan_emmitt (Twitter)RT @jnearestn: @KKajderowicz @ArtirKel @realNathanCheng @adanguyenx @michellebkwok @gottapatchemall @AlexandreTrapp I'll list the obvious b…
view full postDecember 24, 2021
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jared tumiel
@jnearestn (Twitter)@KKajderowicz @ArtirKel @realNathanCheng @adanguyenx @michellebkwok @gottapatchemall @AlexandreTrapp I'll list the obvious but this was a great start https://t.co/7rbd91A8r2
view full postDecember 19, 2021
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Cecile Tamura
@ceciletamura (Twitter)https://t.co/sCSln7Cr9g
view full postDecember 17, 2021
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Cecile Tamura
@ceciletamura (Twitter)Cellular reprogramming and epigenetic rejuvenation https://t.co/2CqHOwfD41
view full postDecember 17, 2021
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Patriot Boy Von Milky Way
@HelgerOun (Twitter)RT @ydeigin: Fresh paper from Olova — the author of my favorite graph tracking epigenetic age reversal during reprogramming — and coauthors…
view full postOctober 17, 2021
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Liz Rose
@LizRose14449371 (Twitter)RT @ydeigin: Fresh paper from Olova — the author of my favorite graph tracking epigenetic age reversal during reprogramming — and coauthors…
view full postOctober 16, 2021
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Healthspan
@HealthspanBot (Twitter)#FightAging #EndAging #Lifespan #Healthspan https://t.co/602ZDqb53h
view full postOctober 9, 2021
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Liz Rose
@LizRose14449371 (Twitter)RT @dives86: A great summary of Reprogramming Induced Rejuvenation (RIR) studies https://t.co/5nfjLqf7do
view full postSeptember 21, 2021
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Daniel Ives
@dives86 (Twitter)A great summary of Reprogramming Induced Rejuvenation (RIR) studies https://t.co/5nfjLqf7do
view full postSeptember 21, 2021
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Travis Statham
@Travis_Statham (Twitter)I just posted "Cellular reprogramming and epigenetic rejuvenation -- Various diets (e.g. calorie restriction, IF, ketogenic diet) manipulate nutrient sensing pathways, particularly those involving mTOR and insulin/i..." on Reddit https://t.co/tTsIAwCFuM
view full postSeptember 16, 2021
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Mogrify
@Mogrify_UK (Twitter)Recent research has shown that OKSM #transcriptionfactors can induce #epigenetic #rejuvenation via particle #cellreprogramming, a potential strategy against #aging. Read more in the latest review from @mrc_hgu. @BioMedCentral #ClinicalEpigenetics https://t.co/IpiNxDg8q1 https://t.co/UCHFxAePJ3
view full postSeptember 14, 2021
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Michael Buratovich
@MichaelBuratovi (Twitter)RT @ESC_iPSC_News: A team of @EdinUni_IGC investigators at @EdinburghUni reviewed the development and potential of #reprogramming-induced r…
view full postSeptember 11, 2021
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Antonei B Csoka, PhD
@abcsoka (Twitter)RT @ESC_iPSC_News: A team of @EdinUni_IGC investigators at @EdinburghUni reviewed the development and potential of #reprogramming-induced r…
view full postSeptember 11, 2021
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Ahmed Morsy
@morsyfuture (Twitter)RT @ESC_iPSC_News: A team of @EdinUni_IGC investigators at @EdinburghUni reviewed the development and potential of #reprogramming-induced r…
view full postSeptember 10, 2021
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maria marquez
@lormarmar (Twitter)RT @ESC_iPSC_News: A team of @EdinUni_IGC investigators at @EdinburghUni reviewed the development and potential of #reprogramming-induced r…
view full postSeptember 10, 2021
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ESC & iPSC News
@ESC_iPSC_News (Twitter)A team of @EdinUni_IGC investigators at @EdinburghUni reviewed the development and potential of #reprogramming-induced rejuvenation as an anti-aging strategy.
view full postSeptember 10, 2021
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Nelly Olova
@NeliOlova (Twitter)RT @RuggGunnLab: "Cellular reprogramming and epigenetic rejuvenation" by @BiologyAgeing, @DanielJSimpson4, @NeliOlova. Congratulations to t…
view full postSeptember 9, 2021
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Angel David
@AngelDavid_96 (Twitter)RT @RuggGunnLab: "Cellular reprogramming and epigenetic rejuvenation" by @BiologyAgeing, @DanielJSimpson4, @NeliOlova. Congratulations to t…
view full postSeptember 9, 2021
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Rugg-Gunn Lab
@RuggGunnLab (Twitter)"Cellular reprogramming and epigenetic rejuvenation" by @BiologyAgeing, @DanielJSimpson4, @NeliOlova. Congratulations to the authors! This is the third article in the series "Regenerative Medicine and Epigenetics". https://t.co/Zfw0cSrGy4
view full postSeptember 9, 2021
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Nelly Olova
@NeliOlova (Twitter)RT @OAgenetics: Proud to publish the latest in Clinical Epigenetics' series on "Regenerative Medicine and Epigenetics", a review on cellula…
view full postSeptember 7, 2021
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Daniel J. Simpson
@DanielJSimpson4 (Twitter)RT @OAgenetics: Proud to publish the latest in Clinical Epigenetics' series on "Regenerative Medicine and Epigenetics", a review on cellula…
view full postSeptember 7, 2021
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Genetics at BMC
@OAgenetics (Twitter)Proud to publish the latest in Clinical Epigenetics' series on "Regenerative Medicine and Epigenetics", a review on cellular reprogramming & epigenetic rejuvenation by @DanielJSimpson4, @NeliOlova, @BiologyAgeing @EdinburghUni @mrc_hgu https://t.co/sCMLPiMft8
view full postSeptember 7, 2021
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Agingdoc
@agingdoc1 (Twitter)Cellular reprogramming and epigenetic rejuvenation https://t.co/ITAaYwmbll
view full postSeptember 7, 2021
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hoeman
@_hoeman (Twitter)RT @ydeigin: Fresh paper from Olova — the author of my favorite graph tracking epigenetic age reversal during reprogramming — and coauthors…
view full postSeptember 7, 2021
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alex
@alexsisu (Twitter)RT @ydeigin: Fresh paper from Olova — the author of my favorite graph tracking epigenetic age reversal during reprogramming — and coauthors…
view full postSeptember 7, 2021
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@0xGEONEO (Twitter)RT @ydeigin: Fresh paper from Olova — the author of my favorite graph tracking epigenetic age reversal during reprogramming — and coauthors…
view full postSeptember 7, 2021
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Yuri Deigin
@ydeigin (Twitter)Fresh paper from Olova — the author of my favorite graph tracking epigenetic age reversal during reprogramming — and coauthors: https://t.co/ds5vasuEkL
view full postSeptember 7, 2021
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Abstract Synopsis
- Cellular reprogramming, like creating induced pluripotent stem cells, shows potential to slow down or reverse aging but typically involves losing the original cell identity.
- Epigenetic rejuvenation aims to separate the beneficial rejuvenating effects of reprogramming from complete cell dedifferentiation, making it a safer anti-aging strategy.
- Reprogramming-induced rejuvenation using Yamanaka factors is a promising approach to reducing biological age without fully reverting cells to a pluripotent state.]

luis hernan graffe
@hernangraffe (Twitter)