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/KalS6alK1i - A new development in stem cell technology
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
http://t.co/aDw2BHc5YI Dip cells in acid and they become stem cells. This could be huge if it works for humans.
DALE "@maberalv: BOOOOM! Cellular reprogramming is now possible thanks to a low pH stressor http://t.co/LDOroKvEAe"
Ahurissant : la reprogrammation cellulaire révolutionnée - deux publications dans Nature http://t.co/VP3L50zqWt http://t.co/z9wm3qNsxv
RT @barroisal: Ahurissant la reprogrammation cellulaire révolutionnée - publications in Nature http://t.co/41egMpfIIR http://t.co/33eFeGDhDO
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
Potential game-changer: Japanese scientists discover that dipping blood cells into acid = stem cells. http://t.co/WNYdZYAyvA
ちうかこういうのはちゃんと論文リファれよ Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/OaMWOKpxAx
原論文へのリンク http://t.co/jghSiw50jF /体細胞の分化状態の記憶を消去し初期化する原理を発見 | 理化学研究所 http://t.co/Ljgdi7ZRgj @RIKEN_JP
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
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/OU05wZ5YGq
This may be huge “@NatureMagazine: how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/T5kYspkgyf”
Ahurissant : la reprogrammation cellulaire révolutionnée - deux publications dans Nature http://t.co/VP3L50zqWt http://t.co/z9wm3qNsxv
Completely crazy! Induced pluripotency by adding acid for 25mins http://t.co/P5Owj7bHjt Seems hard to believe, but incredible if really true
There's more than one way to make a stem cell. Researchers turn adult cells into stem cells by stressing them out. http://t.co/UXxmpjSCTH
There's more than one way to make a stem cell. Researchers turn adult cells into stem cells by stressing them out. http://t.co/UXxmpjSCTH
RT @erikwestin: Hot new Nature paper doesn't involve CRISPR! Cellular reprogramming via transient low pH. Unexpected. http://t.co/XZjCxXfmfk
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
@ProfAlSloan ...though I haven't been able to download the paper yet - http://t.co/88ez4fiCDd
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
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
BOOOOM! Cellular reprogramming is now possible thanks to a low pH stressor http://t.co/lpS8w2N8x5
Wow! Environ.stimuli,(ie- low pH)->pluripotency in murine somatic cells->stimul-triggered acq of pluripotency (STAP) http://t.co/pjiQDAWkPV
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
"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
Wow! 1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/9KJMGY2ipI …
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
Fascinating Nature paper: (Low pH) Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/L5Lklii9qW
1st of 2 papers describing how somatic cells can be converted to pluripotency using a low pH stressor: http://t.co/hBbv03TaOG
BOOOOM! Cellular reprogramming is now possible thanks to a low pH stressor http://t.co/lpS8w2N8x5
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
Cell pluripotency achieved without nuclear transfer or reprogramming factors. @NatureMagazine article: http://t.co/XNcaojSkDC #STAP
STAP細胞の話昨日出てくれてたら読む時間いくらでもあったのになあ http://t.co/kfk53MJbMx
http://t.co/jeQWVNM90U http://t.co/JgI9tJwWyW Received 10 March 2013, Accepted 20 December 2013は(Natureにしては)やはり長い?(数学等では査読期間数年という話も聞きますが)#fb
y los artículos http://t.co/HpxceSgCcC... http://t.co/Eh1DZU6ZSD
http://t.co/jeQWVNM90U http://t.co/JgI9tJwWyW Received 10 March 2013, Accepted 20 December 2013は(Natureにしては)やはり長い?(数学等では査読期間数年という話も聞きますが)#fb
Today's cool science news: mammalian white blood cells + acid = stem cells. Here's the abstract: http://t.co/FkYe8MkTpP
"Stimulus-triggered fate conversion of somatic cells into pluripotency" http://t.co/YT8veUvXOw http://t.co/uBg2aCtwHT
http://t.co/T9hoGRcIgV Holy Moly, the fountain of youth is an acid bath
STAP細胞、論文はこれ。http://t.co/LNd0RSoCMR
Wow, pluripotent stem-like cell conversion just by a quick dip in acidic solution. http://t.co/BgPjGJ2cEF
Stimulus-Triggered Fate Conversion of Somatic Cells into Pluripotency A team of researchers stunned the... http://t.co/zfrowuS9pI
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/4JdN2dDYrA
http://t.co/T9hoGRcIgV Holy Moly, the fountain of youth is an acid bath
例のSTAP cellについて、 http://t.co/GmrpZRnOWM sublethal stressesによってcertain common regulatory modulesが働いた可能性があると書いているが、そこまでの用意を細胞がしているのではなくて、 (続)
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
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/kT6cDdHPqv
Stress can reprogram mammalian somatic cells into a pluripotent state http://t.co/5UWlukSIIU
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
"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. A new, novel cellular reprogramming strategy! http://t.co/U6jzB23cCw
"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 - nature http://t.co/llvIg2vAkF
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
@SysMIC_course Stimulus induced transition to pluripotent stem cells: a case of dynamic multistability? http://t.co/PCS9L42nmF
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
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
http://t.co/OAYzNCxeQD STAP細胞
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature http://t.co/Mf5drFy2lZ
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
STAP細胞の論文 http://t.co/VVZlV6Kz63 を読もうとNature見に行ったら「合成生物学による初の食品添加物の製造」という記事。 http://t.co/qHHp4SlzjJ 時代はGMからSBに移りつつあるのね。
“Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature” http://t.co/Orv2rJTdxz
Woah. Acid-induced stem cell reprogramming?? http://t.co/pDTLF5gnjD HT @SPIEGEL_Wissen and @RapidRalf
よく見たらNatureに出た論文は2報なのね http://t.co/GDlI51cy6F http://t.co/mdAz5Lj8RL
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/ReD1DPjnTh
Stimulus-triggered fate conversion of somatic cells into pluripotency : Nature http://t.co/Mf5drFy2lZ
It's early, but could possible be the scientific discovery of 2014: #STAP- making stem cells by dipping blood in acid http://t.co/tiHDdrf47X
話題になってたからお酒はいってたけど真面目な顔して読んだ。なんちゃってtex本なんか作成している場合じゃないと思った http://t.co/f8BENl7pnL
"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
"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
"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
"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
"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/N8SSkHJHW3
¡Madre mía qué descubrimiento! Lo último en células madre se llama STAP, o cómo reprogramar con ácido... @NatureNews http://t.co/1ZRKihca33
"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
"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/3zDV2TUQNT
理研の小保方さんがiPS細胞よりも簡便に初期化することに成功。STAP(stimulus-triggered acquisition of pluripotency)細胞と命名 http://t.co/UwPDhHRgC7 http://t.co/Vu1MqnlNtV
"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
Big leap forward. Bathing somatic cells in acid stimulates pluripotency. @Glasgowstemcell @NatureMagazine http://t.co/MmY3QB76sO
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/ZbNwOns2Ux
Stimulus-triggered fate conversion of somatic cells into pluripotency http://t.co/HbcEkw1dfx あとで読めるといいなあ(チラチラッ
理研発で、体細胞を弱酸性のぬるま湯に浸すだけで幹細胞に出来るという衝撃的な論文がNatureに。生物学の常識がひっくり返り、教科書が大きく書き変わりそうな発見。http://t.co/IP5mSiyyFv
Somatic reprogramming using acid #justvinegarplease http://t.co/1emrZM9UAk
http://t.co/sdJhMVtd2S http://t.co/fExO4qYkPG まだマウスでだけらしいが、STAP細胞?という万能性を持つ細胞がlow pHなどの刺激だけで出来ます、という話らしい。iPSに続き、これも(半ば)日本発。