AMAZING! Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/RoNlMMewDg
STAP細胞をNatureで検索してみた 。http://t.co/cgnBPd6Y2K
Nature ・ STAP (例の万能細胞の論文)http://t.co/39XvEvizpN とその下の論文も同じようなやつだな。 http://t.co/PwliDvcInB
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
Holy cow! http://t.co/w7K82NfdmO #StemCells #sthisascientificbreakthoughorwhat? @NatureNews
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
Game changer: Stimulus-triggered fate conversion of somatic cells into pluripotency. http://t.co/beV486xzYO BBC: http://t.co/HWXGBTbj4G
Une méthode révolutionnaire pour produire des cellules souches http://t.co/dS6CRPPZQd http://t.co/jxEXZqMST6
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
【日本語要約にアクセスするためにはNatureの購読が必要です】http://t.co/om9IODTZ8H「ここでは核移植や転写因子の導入も必要としない多能性の刺激トリガー買収(STAP)と呼ばれるユニークな細胞リプログラミング現象を報告します。STAPではこのような…」
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
【論文】化学ではないですが、信じられない次元の研究成果!新しい万能細胞「STAP細胞」作製に成功 http://t.co/LlMtNRMKeV Nature2連報!→http://t.co/nDJR05pHU6 http://t.co/ctnqizf4gS
TLも新しい万能細胞の話題で賑わってるなぁ STAP細胞に関するnatureの論文↓ http://t.co/k6Xpky3mCq
メモ「マウスの体細胞を酸性の溶液に浸し刺激を与えることでiPS細胞のようにさまざまな細胞に変化できる新たな万能細胞作製に理化学研究所などが成功。作製が容易でiPS細胞で問題になるがん化や染色体への影響も確認されない」論文原文はこちら http://t.co/ZOvQH3HKL4
アクセス 日本語要約にアクセスするためには、Nature の購読が必要です(右参照)。Nature http://t.co/Ma22Z3Ua0T
理研等の研究チームが新型多能性幹細胞STAP細胞を発見。低酸素酸性等の環境下で培養することで生成。Natureに掲載。 http://t.co/v6rlPoENoe 非常に興味深い技術機会。幹細胞関連のTLはこの話題一色。原著: http://t.co/mSgIhfWnQv
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/P3p0YNuNXf
�זE�O�E�h�����U������̍זE���瑽�\���זE�ւ̉^���]�� : Nature : Nature Publishing Group http://t.co/VH8mUapaX3
え、なにこれ酸で刺激するだけで脱分化すんの? http://t.co/bMYayFdhxo 論文はこれか http://t.co/716LhYLWXh
新型万能細胞の原著はこちらでした。 Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/EZM35ffuGh
え、なにこれ酸で刺激するだけで脱分化すんの? http://t.co/bMYayFdhxo 論文はこれか http://t.co/716LhYLWXh
"Here we report a unique cellular reprogramming phenomenon..." いきなりHere we reportから入るアブスト。かっこいい。 http://t.co/STy9xfM2Fs
Natureの論文はこれか……/Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/yzvgnjgwn3
http://t.co/q6XoIDtSSc. #STAP. A new path to stem-like cellular state.
Epigenetic cell fate determination can be markedly changed in a context-dependent manner by strong environmental cues http://t.co/nRRdOzDgdd
Epigenetic cell fate determination can be markedly changed in a context-dependent manner by strong environmental cues http://t.co/nRRdOzDgdd
STAP細胞論文や解説記事へのリンク。http://t.co/6QEj73xCIV http://t.co/iruPLLwb0J http://t.co/cZP00LSfHP http://t.co/ADNums1C5P
Ahurissant : la reprogrammation cellulaire révolutionnée - deux publications dans Nature http://t.co/VP3L50zqWt http://t.co/z9wm3qNsxv
メモ「マウスの体細胞を酸性の溶液に浸し刺激を与えることでiPS細胞のようにさまざまな細胞に変化できる新たな万能細胞作製に理化学研究所などが成功。作製が容易でiPS細胞で問題になるがん化や染色体への影響も確認されない」論文原文はこちら http://t.co/ZOvQH3HKL4
新型万能細胞の原著はこちらでした。 Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/EZM35ffuGh
新型万能細胞の原著はこちらでした。 Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/EZM35ffuGh
新型万能細胞の原著はこちらでした。 Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/EZM35ffuGh
新型万能細胞の原著はこちらでした。 Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/EZM35ffuGh
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
Sorprendente: Les bajas el pH a unas celulas somaticas y, zas!, se convierten en plutipotentes! En @NatureMagazine http://t.co/AlaJ0vgANP
This is absolutely amazing! http://t.co/wHsCYJwkoa #stemcells
“Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature” http://t.co/sHzAJZt3gk
Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature : Nature Publishing Group http://t.co/Msc4Tslqy4
A new approach to reprogramming that could be faster and cheaper than iPSCs. http://t.co/U0lqhxQdlO
"Here we report a unique cellular reprogramming phenomenon..." いきなりHere we reportから入るアブスト。かっこいい。 http://t.co/STy9xfM2Fs
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/JYWNB57m9C
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/hYB2ETDhGC
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/SbJy3D0DGb Wow, this is intense!
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/JFEExpJbai
これすごい!RT。“@SystemsResearch: Really interesting results on cellular reprogramming from CDB http://t.co/9chHH0dFbS & http://t.co/RhLVT4YEie”
As crazy as it sounds, I want to believe it: Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/eYN6AQYXdO
Epigenetic cell fate determination can be markedly changed in a context-dependent manner by strong environmental cues http://t.co/nRRdOzDgdd
Ahurissant : la reprogrammation cellulaire révolutionnée - deux publications dans Nature http://t.co/VP3L50zqWt http://t.co/z9wm3qNsxv
Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature http://t.co/uKy8j3mFrv #StemCells #Bioethics
Células madre metiendo células sanguíneas en ácido. Aquí la noticia en la BBC http://t.co/zeXswQX7Cm Aquí el artículo http://t.co/BGn4JeVytz
Pluripotent (stem cells) cells by dipping blood into acid. Here the BBC news http://t.co/fhQK3ZUpAm / here the paper http://t.co/BGn4JeVytz
Revolution in stem-cell biology & regenerative med. Back to back Nature papers: http://t.co/EuKD4GAuNl http://t.co/sy5ZlmzRyP
おー、これか。 http://t.co/AokPdJrK4I
Revolution in stem-cell biology & regenerative med. Back to back Nature papers: http://t.co/EuKD4GAuNl http://t.co/sy5ZlmzRyP
Japan team discovers new technique to make stem cells http://t.co/7CvjvoKX1f http://t.co/OIeo4OYF8s http://t.co/D7sJKqi4B8
Una nueva forma de hacer células madre que no podré ver porque en @Correosresponde no traen (se roban?) mis revistas. http://t.co/ShixHQeZsc
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/q2VEOSQIIv
嫁に解説してもらおっと。>Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature : Nature Publishing Group http://t.co/Auf9JrIyEn
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/q7eMTEQUzb; doesn't require nuclear transfr or txn factors
A new route to pluripotency. http://t.co/uNyFzEezeV http://t.co/ctuzR33gko #NBTHighlight
The article making all the headlines. Stimulus-triggered fate conversion of somatic cells into pluripotency: http://t.co/1qfXofUFyv
Cientifics japonesos i americans obtenen cèl.lules mare tractant cèl.lules sanguínees amb àcid. http://t.co/sKCEXE1AF6
A new route to pluripotency. http://t.co/uNyFzEezeV http://t.co/ctuzR33gko #NBTHighlight
A new route to pluripotency. http://t.co/uNyFzEezeV http://t.co/ctuzR33gko #NBTHighlight
Whoa ! http://t.co/WlmTmUDPnc
A new route to pluripotency. http://t.co/uNyFzEezeV http://t.co/ctuzR33gko #NBTHighlight
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/ekzoM4tmbS
Whaat? Acid-induced stem cells? "Stimulus-triggered fate conversion of somatic cells into pluripotency" http://t.co/BJPSSycI0g
Not exactly my field, but sounds amazing: Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/8aUN00PkOE
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
渦中のSTAP細胞の論文。門外漢過ぎて5%ぐらいしか分からない。 http://t.co/HQXuPDdGqs
Epigenetic cell fate determination can be markedly changed in a context-dependent manner by strong environmental cues http://t.co/nRRdOzDgdd
Amazing how it works, just dip the cell in the acid and see the adult cells are able to "reconverted" into stem cell http://t.co/QBoCZEXL2E
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/m4pJlyqAWK
@24HorasTVN ojo, no es desde glóbulos rojos (que no tienen núcleos) sino que desde linfocitos http://t.co/vOdaxAmNv1
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/z9CPw9BiS9
can we use this relatively easy technique to get iPS cell lines? http://t.co/BJkhGILlBx That could be huge for molecular phenotypes!
To je dobro. MT @NatureMagazine: Paper describing how somatic cells can be converted to pluripotency: http://t.co/RPLLp3QRxU
Epigenetic cell fate determination can be markedly changed in a context-dependent manner by strong environmental cues http://t.co/nRRdOzDgdd
Epigenetic cell fate determination can be markedly changed in a context-dependent manner by strong environmental cues http://t.co/nRRdOzDgdd
¡Madre mía qué descubrimiento! Lo último en células madre se llama STAP, o cómo reprogramar con ácido... @NatureNews http://t.co/1ZRKihca33
STAP: Stimulus-Triggered Acquisition of Pluripotency. Acid shock turns blood cells to #stemcells >>http://t.co/RoL3yp2wxL | @NatureNews
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
New method to convert somatic cells into pluripotency. Seems interesting, but I'm not a stem cell expert. Comments? http://t.co/Ldh8ZmgEfo
Incubate somatic cells at ph5.7 for 25mins and voila pluripotency. Simple. New nature paper http://t.co/wZrdAKiZdQ
Here's the article from Nature, Re: creating stem cells by dipping blood cells into acid. It's a bit dense, though. http://t.co/YdF1d819VF
Fascinating Nature paper: (Low pH) Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/L5Lklii9qW
@JimHigginson http://t.co/zIPvFHxgKD not read the whole thing yet but pretty awesome!
Stem Cells from Blood Cells via low pH acid bath | http://t.co/02c7LZcX7G
http://t.co/t2RbQ6Vh0t ...yeah. #thefuture (#nobelprize2k15?)
Ahurissant : la reprogrammation cellulaire révolutionnée - deux publications dans Nature http://t.co/VP3L50zqWt http://t.co/z9wm3qNsxv
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG