CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein. - PubMed - NCBI https://t.co/czSoEcDTAl
Acá tienen un ejemplo de edición genética en embriones viables en China https://t.co/M3WxIT1uuz y acá uno en USA https://t.co/f7gKvY638A Ambos publicados en journals reconocidos por occidente. Repito: China Y USA. En una hora sigo y agrego info crocante
Eugénisme moléculaire. Day One. https://t.co/FEbTeKpf5j
CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein | SpringerLink https://t.co/uAsSiAZGFT
Chinese scientists make edits to healthy human embryos. It's on... #CRISPR https://t.co/oMHEoa8SXT
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein https://t.co/wVmPEnFIux
RT @UpbmAsso: Publication des premiers résultats d'édition #génomique par une équipe #chinoise sur #embryons sainsvia #CRISPR/Cas9 https://…
CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein https://t.co/J6PAyZAOSK via @SpringerLink #springerlink
I'm reading this on #springerlink https://t.co/Kljd8ly2vS
RT @LucigenCorp: CRISPR/Cas9 used to create mutations by NHEJ and then repair them by HDR, all in human embryos https://t.co/rTTW6DVGCM
RT @UpbmAsso: Publication des premiers résultats d'édition #génomique par une équipe #chinoise sur #embryons sainsvia #CRISPR/Cas9 https://…
From the new China will come the new Chinese... "Western bioethicists will have little to no say..." https://t.co/FHzbuWucGw
RT @perrymetzger: Successful CRISPR/Cas9 edits in human embryos. Work done in China. https://t.co/Kd35oetg9K
CRISPR/Cas9 used to create mutations by NHEJ and then repair them by HDR, all in human embryos https://t.co/rTTW6DVGCM
Successful CRISPR/Cas9 edits in human embryos. Work done in China. https://t.co/Kd35oetg9K
#CRISPR has been shown to be effective gene editing tool in hyman zygotes, as published in @ELS_Genetics: https://t.co/By0v62Ze3U https://t.co/FdEFiGc3bL
#CRISPR/#Cas9 is also effective as a gene-editing tool in human 2PN zygotes https://t.co/5kqMEpY8rX https://t.co/YKeKRszisj
#Science https://t.co/nZvgTlsLUJ CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein
CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein #CRISPR #HDR #genemodification #humanzygotes https://t.co/gXkQDF28rN
https://t.co/7avF5cbKt1 CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein #science
https://t.co/hXyxBreeHo CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein #science
https://t.co/WoFByIw91u CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein #sciencenews https://t.co/tLLJLVYHLe
#CRISPR : essais de correction de mutations génétiques dans des embryons (zygotes) humains https://t.co/aTiAhRMLYk + https://t.co/lU5aWuktQG
RT @SilverVVulpes: Maybe because like the previous ones, Nature/Science etc. reject them on 'ethical' grounds? https://t.co/OSNGqUxIDn
RT @KevinADavies: These Chinese #CRISPR embryo papers are appearing (with all due respect) in some mighty obscure journals: https://t.co/6p…
RT @SilverVVulpes: Maybe because like the previous ones, Nature/Science etc. reject them on 'ethical' grounds? https://t.co/OSNGqUxIDn
#CRISPR/Cas9 RNP genome editing in human embryos, both to knockout genes and repair disease-causing variants: https://t.co/ryDRasJxcG https://t.co/JGN5uqUwZN
RT @fedkukso: 1st use of #CRISPR in normal human embryos 😱😱😱😱 https://t.co/dg31JLHj9M https://t.co/59pPV4HaLw
1st use of #CRISPR in normal human embryos 😱😱😱😱 https://t.co/dg31JLHj9M https://t.co/59pPV4HaLw
Pay attention to this... https://t.co/zhFw8zrJXG
RT @stephenfloor: #CRISPR/Cas9 RNP genome editing in human embryos, both to knockout genes and repair disease-causing variants: https://t.c…
#CRISPR/Cas9 RNP genome editing in human embryos, both to knockout genes and repair disease-causing variants: https://t.co/hoRbyqgitS https://t.co/p9Sd9Mtsdu
中国チーム #CRISPR Cas9 HDRで正常受精卵(2PN)とソラマメ症/βサラセア患者の精子由来1細胞期胚の点変異2種類の修復試行;3PNより効率上昇したが顕著なモザイク現象 Mol Genet Genomics 0301 https://t.co/ceRSa4BY37
Maybe because like the previous ones, Nature/Science etc. reject them on 'ethical' grounds? https://t.co/OSNGqUxIDn
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
I'm reading this on #springerlink https://t.co/yjWYsgglps
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
#CRISPR/Cas9 gene editing used on healthy embryos; first results released. https://t.co/ewQCnUdQ4E https://t.co/lsnrgx3do9
Китайские генетики впервые отредактировали геном в жизнеспособных человеческих эмбрионах. https://t.co/YlDe72rvNX
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein | SpringerLink https://t.co/NN4l9H9Xw9
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
A historical moment: CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein https://t.co/ca7VDOVrRX
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
1st use of #CRISPR in human cells. probs: indels, lots of moasicism. PGD seems like a better option still #bioethics https://t.co/bjqH2mvV9I
RT @KevinADavies: These Chinese #CRISPR embryo papers are appearing (with all due respect) in some mighty obscure journals: https://t.co/6p…
Why? Why? Why? | CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein #CRISPR #bioethics https://t.co/5tmKofPrAj
RT @KevinADavies: These Chinese #CRISPR embryo papers are appearing (with all due respect) in some mighty obscure journals: https://t.co/6p…
CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein https://t.co/qCcgvrjyiv
RT @KevinADavies: These Chinese #CRISPR embryo papers are appearing (with all due respect) in some mighty obscure journals: https://t.co/6p…
These Chinese #CRISPR embryo papers are appearing (with all due respect) in some mighty obscure journals: https://t.co/6pY6zC2FpW
Study "demonstrated efficient homologous recombination-mediated correction of point mutations" in 2pn human embryos: https://t.co/Oc686TQTBC
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @TetsuyaIshii: 3rd human embryo #geneediting, again from China ! Seems better w protein #CRISPR. When&where is it used at clinics? http…
First study describing CRISPR editing of 2N human embryos [https://t.co/lDppCsjzN8] #Genetics #Geneediting
Publication des premiers résultats d'édition #génomique par une équipe #chinoise sur #embryons sainsvia #CRISPR/Cas9 https://t.co/CbH3jD71xv https://t.co/7TIBNdwwoE
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @TetsuyaIshii: 3rd human embryo #geneediting, again from China ! Seems better w protein #CRISPR. When&where is it used at clinics? http…
RT @TetsuyaIshii: For editing, embryos w mutations created, recruiting male patients. Why not use PGD-leftover? Ethics? 😖 @Cyranoski https:…
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
【中国の研究者がヒトの正常2倍体の受精卵でもCRISPR/Cas9系が使えるかどうかを実験して、酵素とヘモグロビンの遺伝子の編集に成功したと報告:論文はオープンアクセスではないので、工夫して読んで下さい。】 https://t.co/BDEjnGzmXj
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
For editing, embryos w mutations created, recruiting male patients. Why not use PGD-leftover? Ethics? 😖 @Cyranoski https://t.co/5zhODV6dZy
RT @TetsuyaIshii: 3rd human embryo #geneediting, again from China ! Seems better w protein #CRISPR. When&where is it used at clinics? http…
RT @TetsuyaIshii: 3rd human embryo #geneediting, again from China ! Seems better w protein #CRISPR. When&where is it used at clinics? http…
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
RT @OrenoSource: 中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
中国、正常な受精卵にゲノム編集 https://t.co/M7GOObusjP 正常な受精卵に対しCRISPR/Cas9でHBBとG6PDの点変異を修復 Mol Genet Genomics原著↓ https://t.co/CVcwdW6wzZ
中国チームによる正常なヒト胚へのゲノム編集 これが未来か https://t.co/CqgBlWtSkK
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
RT @TetsuyaIshii: ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
CRISPR/Cas9-mediated gene editing in "normal" human zygotes https://t.co/SZiIFP0PSe
RT @TetsuyaIshii: 3rd human embryo #geneediting, again from China ! Seems better w protein #CRISPR. When&where is it used at clinics? http…
RT @shimasho: 論文。もちろんというか何というか中国。→CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein | SpringerLink https://t.co/bG3MyIi…
論文。もちろんというか何というか中国。→CRISPR/Cas9-mediated gene editing in human zygotes using Cas9 protein | SpringerLink https://t.co/bG3MyIi6j6
ヒト’正常’受精卵のゲノム編集、やはり中国から。タンパクCas9を使い、変異修復は良好。オフターゲットも確認範囲ではない。臨床応用は時間の問題か。日本は中国より規制緩い。https">@horikawad">https://t.co/5zhODV6dZy @horikawad>
3rd human embryo #geneediting, again from China ! Seems better w protein #CRISPR. When&where is it used at clinics? https://t.co/5zhODV6dZy
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
محاولة جديدة في الصين لتعديل جينات الجنين البشري https://t.co/ZTXnwgiLfp
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…
RT @antonioregalado: Another report from China using CRISPR to edit human embryos. https://t.co/qDMcsOp3Bo News coverage: https://t.co/QKy…