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The overall sentiment shows strong support and high interest in the revolutionary potential of inducing pluripotent stem cells, with many posts referencing key scientists like Yamanaka and discussing the implications for aging and regenerative medicine, which reflects both deep engagement and the significant impact of this foundational research.
Most discussions recognize the significance of Takahashi and Yamanaka's findings, supporting the idea that their work revolutionized stem cell research and aging reversal.
Many posts express high curiosity, highlighting the novelty and potential applications of reprogramming and pluripotent stem cells, indicating strong engagement with the topic.
Posts cite specific research details, such as the key factors used for reprogramming and recognition like the Nobel Prize, demonstrating deep engagement and understanding.
Discussions emphasize the groundbreaking nature of this research, linking it to advances in regenerative medicine and aging reversal, suggesting high perceived impact.
This exercise certainly taught me that reading original nobel works and summarizing it is a task of pure joy. :) Here’s the original paper. Cheers! https://t.co/bNiTul99By
【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors https://t.co/yBBRmsQAuG Pluripotent stem cells induced from mouse somatic cells by small-molecule compounds https://t.co/zSWzpG8DwW
【回収した論文たち】 iPS論文 https://t.co/Kdkc99fHEP ALK発癌の論文 https://t.co/14Qa7tylNV Autophagy論文 https://t.co/wBFnVcKLJw 相分離の論文 https://t.co/ow5zOpxPB1
Reversing aging through cellular reprogramming!? Watch: https://t.co/SuPxz3kPcA It’s another great video by @EleanorSheekey This work (previously featured @agingdoc1) hit the top of the PubMed Trending Articles stream. Original paper is here: https://t.co/jQ0nk8U3vZ @nature
In 2006, Dr. Shinya Yamanaka at @Kyodai_Unilab was able to produce pluripotent #stemcells from adult ones. The research quickly led to the creation of human induced pluripotent stem cells, or #iPSCs. The discovery was awarded a @NobelPrize in 2012. 5/ https://t.co/EJEKiu5VhA
Por cierto: de los dos anteriores tweets, los papers citados: El de Mitinori Saitou (Science): https://t.co/1C8ZQPLP0u El de Shinya Yamanaka (Cell): https://t.co/Sf3taVFDZK (pdf: https://t.co/XZpwE4yjZb) El de Katsuhiko Hayashi (Nature): https://t.co/YVcC9VV2gH
Stem cells are unique cells capable of self-renewal and differentiation into various cell types. They play a crucial role in growth, maintenance, and repair, with different types including totipotent, pluripotent…
Latest study from David Sinclair's lab demonstrates that cellular reprogramming can restore vision in aged mice, indicating potential methods for reversing aging. This research showcases how specific genes can recover…
This video explains how differentiated cells can be reprogrammed into embryonic-like states by introducing four specific factors. The process produces induced pluripotent stem cells with properties similar to embryonic…
This episode explores how DNA influences mental health, focusing on the impact of ancient viral DNA and epigenetics on schizophrenia. We discuss stem cells, retroviruses, and the complexities of genetic research in…
Footnotes: > Yamanaka factors discovery (epigenetic reprogramming proven) https://t.co/7LACHKTpGQ > Partial reprogramming restores vision in old mice (Sinclair Lab) https://t.co/e2TyzHthFB > Altos Labs $3B launch for reprogramming & rejuvenation biotech https://t.co/GBTLNZiMfH >
https://t.co/0r0n4U7cRs https://t.co/ir4QawhkH3
RT @crizzof: Shinya Yamanaka (septiembre 4, 1962): médico japonés. Nobel en Medicina 2012 con J. Gordon por el descubrimiento de reprograma…
@tkmpkm1_mkkr @nennpa Takahashi K, Yamanaka S. (2006). “Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors”. Cell 126: 663-676. あの論文に筆頭著者ですよね。変だ。
RT @Sanjusinha7: This exercise certainly taught me that reading original nobel works and summarizing it is a task of pure joy. :) Here’s…
RT @Sanjusinha7: This exercise certainly taught me that reading original nobel works and summarizing it is a task of pure joy. :) Here’s…
RT @Sanjusinha7: This exercise certainly taught me that reading original nobel works and summarizing it is a task of pure joy. :) Here’s…
This exercise certainly taught me that reading original nobel works and summarizing it is a task of pure joy. :) Here’s the original paper. Cheers! https://t.co/bNiTul99By
Stem cells are the ultimate multitaskers, capable of transforming into any cell type in our body. From totipotent to unipotent, these unique cells are responsible for our growth, maintenance, and existence. #StemCells #Biology https://t.co/mRyIMBX7T4
RT @Ghosalichthys21: 'Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors' (TAKAHASHI…
9) 'Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors' (TAKAHASHI & YAMANAKA 2006; 31641 times cited till now) by Japanese hashtag#stemcell researcher SHINYA YAMANAKA (got 2012 @NobelPrize in #Physiology or #medicine).(10/n)
RT @Ghosalichthys21: 'Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors' (TAKAHASHI…
これはどうなるかな？ Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors - PubMed (nih.gov)
RT @Hir68951533: @BoysVicecity @sabuchanhakoda1 あれ初報告は、cellなんですよ。でも、Autherは二人しかいないんですよ。それは、後で関係者に迷惑が掛かると悪いから（ヒックリ返ったとき）。 これ、山中さんの人物像表してると思う…
@BoysVicecity @sabuchanhakoda1 あれ初報告は、cellなんですよ。でも、Autherは二人しかいないんですよ。それは、後で関係者に迷惑が掛かると悪いから（ヒックリ返ったとき）。 これ、山中さんの人物像表してると思う（今は各方面で叩かれてるけど）。 https://t.co/8suUX0EQX5
'Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors' (TAKAHASHI & YAMANAKA 2006)(31016 times cited till now) https://t.co/cTHr1wEIDs https://t.co/JbC82xXdvB https://t.co/kqU1cGJAYo https://t.co/Bv0ATJakbZ (13/n) https://t.co/pJtcW0Bo9m
RT @inntoyoh: 【回収した論文たち】 iPS論文 https://t.co/Kdkc99fHEP ALK発癌の論文 https://t.co/14Qa7tylNV Autophagy論文 https://t.co/wBFnVcKLJw 相分離の論文 https…
【回収した論文たち】 iPS論文 https://t.co/Kdkc99fHEP ALK発癌の論文 https://t.co/14Qa7tylNV Autophagy論文 https://t.co/wBFnVcKLJw 相分離の論文 https://t.co/ow5zOpxPB1
RT @crizzof: Shinya Yamanaka (septiembre 4, 1962): médico japonés. Nobel en Medicina 2012 con J. Gordon por el descubrimiento de reprograma…
@SashaGusevPosts @drugmonkeyblog Also, if you convincingly prove something important, everybody doesn't have to read the paper. For example, how many times did people read this paper carefully? I didn't read it carefully, and I did my PhD thesis on this topic. https://t.co/Nya5HEr9dJ
RT @SAOscience: In 2006, Dr. Shinya Yamanaka at @Kyodai_Unilab was able to produce pluripotent #stemcells from adult ones. The research qui…
In 2006, Dr. Shinya Yamanaka at @Kyodai_Unilab was able to produce pluripotent #stemcells from adult ones. The research quickly led to the creation of human induced pluripotent stem cells, or #iPSCs. The discovery was awarded a @NobelPrize in 2012. 5/ https://t.co/EJEKiu5VhA
@tushain @TSchmauck @LBF_org @realNathanCheng @MarkHamalainen Sure: https://t.co/rHKK8xjcbX
RT @OTD_biocentury: Yesterday (June 24) 2006 landmark paper published by Kazutoshi Takahashi and Shinya Yamanaka, “Induction of Pluripotent…
Yesterday (June 24) 2006 landmark paper published by Kazutoshi Takahashi and Shinya Yamanaka, “Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures.” @biocentury https://t.co/8LD88qZQs8
Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors: Cell ※山中がノーベルをもらった論文だが、要するに4つ（Oct3/4, Sox2, c-Myc, and Klf4）の遺伝子が働けばフィブロブラストでも幹細胞になるってこと。 https://t.co/UUUdkZuV23
Lots of Longevity Scientists are using Yamanaka factors for the process of cellular rejunvination. But have you read the nobel-prize winning paper that took the world by storm? Now's your chance to learn how IPSCs became the baseline of so much biotech https://t.co/8wpvo4imk7 https://t.co/JXCU4fSluC
RT @AteoyAgnostico: Por cierto: de los dos anteriores tweets, los papers citados: El de Mitinori Saitou (Science): https://t.co/1C8ZQPLP0u…
Por cierto: de los dos anteriores tweets, los papers citados: El de Mitinori Saitou (Science): https://t.co/1C8ZQPLP0u El de Shinya Yamanaka (Cell): https://t.co/Sf3taVFDZK (pdf: https://t.co/XZpwE4yjZb) El de Katsuhiko Hayashi (Nature): https://t.co/YVcC9VV2gH
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
RT @takatoh_life: 【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors htt…
【参考文献(1/2)】 Induction of Pluripotent Stem Cells from Mouse Embryonic and Adult Fibroblast Cultures by Defined Factors https://t.co/yBBRmsQAuG Pluripotent stem cells induced from mouse somatic cells by small-molecule compounds https://t.co/zSWzpG8DwW
@caraccoli @gifzghjj Si nos basamos en suceso teóricos de éxito incomprobado, cualquier célula somática adulta (Cualquier célula biológica) puede ser transmutada en una célula pluripotente (Pluripotencia inducida, https://t.co/zMP2ALfl2G) dándonos la posibilidad teórica +
Will Yamanaka Factors prove to hold the key to aging reversal and the cessation of senescence ? https://t.co/NYb8P6Ngkg
【KURENAIが発信する京都大学の研究成果】Kazutoshi Takahashi, Shinya Yamanaka (2006). Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors. Cell, 126(4), 663-676. https://t.co/HdWuvyaAjc #OAWeek
Takahashi, K., Yamanaka, S. (2006). https://t.co/RaejHv61nf Fig. 5. Pluripotency of iPS Cells Derived from MEFs Fig. 6. Characterization of iPS Cells Derived from Adult Mouse Tail-Tip Fibroblasts Fig. 7. Biochemical and Genetic Analyses of iPS Cells https://t.co/eosEpXophh
Takahashi, K., Yamanaka, S. (2006). https://t.co/RaejHv61nf Fig. 1. Generation of iPS Cells from MEF Cultures via 24 Factors Fig. 2. Narrowing down the Candidate Factors Fig. 3. Gene-Expression Profiles of iPS Cells Fig. 4. Global Gene-Expression Analyses by DNA Microarrays https://t.co/fVHm23VJSH
Takahashi, K., Yamanaka, S. (2006). Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors. Cell 126:663-676. https://t.co/Np0PsWyk30 https://t.co/Up6x6sEWxS
In 2006, Takahashi & Yamanaka reprogrammed somatic cells to induce pluripotent stem cells (#iPSC) using a combination of four key transcription factors, earning Shinya Yamanaka the Nobel Prize in Physiology or Medicine in 2012 along with Sir John B Gurdon https://t.co/0JYF3UFVHA
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? (latest study explained) https://t.co/JzDpxPyhzF via @YouTube
Yamanaka factors Reversing aging through cellular reprogramming!? (latest study explained) https://t.co/1I9VMSqCbX via @YouTube
في عملية ال differentiation ، غير يامانكا الي كان ماشي في الاتجاه المعاكس و بيسأل نفسه هل اقدر احول specialized body cells to stem cells في 2006 بعد شغل ٦ سنين نشر أهم و أكتر ورقة بحتية تأثيرا و هي Induction of pluripotent stem cells from mouse Embryonic and Adult Fibroblasts
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors https://t.co/BtjqK2Qlwj @MassEyeAndEar @StGeniezLab #ASIPWebinar #ASIPVirtual #PISA2020
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/0HKQIKwsJl Nice job @EleanorSheekey https://t.co/EXVrZ5o9XV
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @EleanorSheekey: In my latest video I cover the eye-opening ;) study by @YuanchengLu at the @davidasinclair lab --> Reversing aging thro…
RT @EleanorSheekey: In my latest video I cover the eye-opening ;) study by @YuanchengLu at the @davidasinclair lab --> Reversing aging thro…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @agingdoc1: @LifespanIO's video j. club re Partial Cellular Reprogramming Restores Vision in Aged Mice w/ @YuanchengLu: https://t.co/2…
@LifespanIO's video j. club re Partial Cellular Reprogramming Restores Vision in Aged Mice w/ @YuanchengLu: https://t.co/2sTp2Zebtj Paper @ https://t.co/YwF6PHiVK3 & @EleanorSheekey's https://t.co/SuPxz3kPcA vid were featured earlier @agingdoc1 @davidasinclair @DrMorganLevine
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
https://t.co/P70gBdyZqD #longevity #aging
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? https://t.co/ybvxAIe7qz via @YouTube
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? https://t.co/bGNJwRbYkQ #Biology #biotech
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? https://t.co/Gh2sZBDWcZ
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? https://t.co/8aCEHeN4JW via @YouTube
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Schooltime :) Reversing aging.. https://t.co/PmpEinCTQz @APompliano
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming https://t.co/eE2lyw0uhs
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? https://t.co/9yvccM3AMF via @YouTube @davidlandeira
דיוויד סינקלייר מנסה להפוך את סדר הזמנים. המבוגר הופך לצעיר ע"י שינוי תאיhttps://t.co/MCFNeN3X5J
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
https://t.co/TXX1f5jGHp
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Reversing aging through cellular reprogramming!? Watch: https://t.co/SuPxz3kPcA It’s another great video by @EleanorSheekey This work (previously featured @agingdoc1) hit the top of the PubMed Trending Articles stream. Original paper is here: https://t.co/jQ0nk8U3vZ @nature
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
RT @davidasinclair: The best summary of our recent age reversal @nature paper. And it’s animated. https://t.co/cInapYqz7x Nice job @Eleanor…
Induction of #PluripotentStemCells From Mouse Embryonic and Adult #FibroblastCultures by Defined Factors https://t.co/UGFf1SMpsg | via @NCBI
Our next #JournalClub paper in @CellCellPress marked a turning point for #StemCell research, leading to a Nobel prize
Shinya Yamanaka (septiembre 4, 1962): médico japonés. Nobel en Medicina 2012 con J. Gordon por el descubrimiento de reprogramación de células maduras en pluripotenciales (a partir de fibroblastos de adultos, inducidas por factores de transcripción). https://t.co/Lw0M7ty8x7
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