rGONAD: Another breakthrough with "in oviduct" CRIPSR-Cas9 electroporation. Rat animal models can now be easily generated. From Matsuyama/Ohtsuka/Sato lab. https://t.co/dfijQgqQ09
RT @bythesea49: Successful production of genome-edited rats by the rGONAD method https://t.co/74vFLbexpU #bmcbiotechnol
Successful production of genome-edited rats by the rGONAD method https://t.co/74vFLbexpU #bmcbiotechnol
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
Successful production of genome-edited rats by the rGONAD method Kobayashi T, Namba M, Koyano T, Fukushima M, Sato M, Ohtsuka M, Matsuyama M. BMC Biotechnology (2018) 18:19 #CRISPR https://t.co/vPfkWPy0tP
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
Successful production of genome-edited rats by the rGONAD method. https://t.co/J7eXxLVhHN
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @LluisMontoliu: Congratulations to our colleague and @ISTT_TG member @Masato_Ohtsuka and his colleagues for their recent paper reporting…
RT @LluisMontoliu: Congratulations to our colleague and @ISTT_TG member @Masato_Ohtsuka and his colleagues for their recent paper reporting…
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @LluisMontoliu: Congratulations to our colleague and @ISTT_TG member @Masato_Ohtsuka and his colleagues for their recent paper reporting…
RT @LluisMontoliu: Congratulations to our colleague and @ISTT_TG member @Masato_Ohtsuka and his colleagues for their recent paper reporting…
RT @LluisMontoliu: Congratulations to our colleague and @ISTT_TG member @Masato_Ohtsuka and his colleagues for their recent paper reporting…
Congratulations to our colleague and @ISTT_TG member @Masato_Ohtsuka and his colleagues for their recent paper reporting #rGONAD after #iGONAD as the pioneer and successful in situ #CRISPR delivery in rat gonads for the easier genome editing in rats too ht
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @rrbehringer: Knockout & gene correction in CRISPR genome-edited rats 🐀 by oviduct electroporation. https://t.co/y4zQqKwahK https://t.co…
Knockout & gene correction in CRISPR genome-edited rats 🐀 by oviduct electroporation. https://t.co/y4zQqKwahK https://t.co/jd0hsphvBN
RT @Masato_Ohtsuka: 重井医学研究所の松山先生が、ラットでのi-GONAD法の確立に成功しました! https://t.co/jS5WjffjFA #bmcbiotechnol
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @smoltblue: 重井医学研究所の松山さんと、東海大の大塚さん・鹿大の佐藤さんの共同研究。超絶簡便ゲノム編集法iGONAD、Ratでも使えるみたいです。ノックアウト がラットで出来るというのは地味に凄い進展なのでは。https://t.co/PqHjHs9T2X
RT @Masato_Ohtsuka: 重井医学研究所の松山先生が、ラットでのi-GONAD法の確立に成功しました! https://t.co/jS5WjffjFA #bmcbiotechnol
RT @smoltblue: 重井医学研究所の松山さんと、東海大の大塚さん・鹿大の佐藤さんの共同研究。超絶簡便ゲノム編集法iGONAD、Ratでも使えるみたいです。ノックアウト がラットで出来るというのは地味に凄い進展なのでは。https://t.co/PqHjHs9T2X
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
重井医学研究所の松山さんと、東海大の大塚さん・鹿大の佐藤さんの共同研究。超絶簡便ゲノム編集法iGONAD、Ratでも使えるみたいです。ノックアウト がラットで出来るというのは地味に凄い進展なのでは。https://t.co/PqHjHs9T2X
重井医学研究所の松山先生が、ラットでのi-GONAD法の確立に成功しました! https://t.co/jS5WjffjFA #bmcbiotechnol
RT @Masato_Ohtsuka: Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol
Successful production of genome-edited rats by the rGONAD method https://t.co/jS5WjffjFA #bmcbiotechnol