RT @NatureJapan: Nature Catalysis「RNAポリメラーゼIIの内因性開裂は、転写物のリン酸によって促進される核酸塩基非依存性の機構をとる 」今回、Pol IIがRNA転写物の下流のリン酸の酸素を利用して誤って取り込まれたヌクレオチドの内因性開裂を活…
RT @NatureJapan: Nature Catalysis「RNAポリメラーゼIIの内因性開裂は、転写物のリン酸によって促進される核酸塩基非依存性の機構をとる 」今回、Pol IIがRNA転写物の下流のリン酸の酸素を利用して誤って取り込まれたヌクレオチドの内因性開裂を活…
Nature Catalysis「RNAポリメラーゼIIの内因性開裂は、転写物のリン酸によって促進される核酸塩基非依存性の機構をとる 」今回、Pol IIがRNA転写物の下流のリン酸の酸素を利用して誤って取り込まれたヌクレオチドの内因性開裂を活性化することを示している。https://t.co/6Z0E7AqIpm #NatCatal
RT @NatureCatalysis: A computational and biochemical study shows that RNA polymerase II utilizes transcript phosphate in a substrate-assist…
RT @NatureCatalysis: A computational and biochemical study shows that RNA polymerase II utilizes transcript phosphate in a substrate-assist…
RT @ShakespeareanXI: The maintenance of fidelity in transcription: Pol II uses a downstream phosphate-oxygen substituent to undergo its int…
RT @ShakespeareanXI: The maintenance of fidelity in transcription: Pol II uses a downstream phosphate-oxygen substituent to undergo its int…
RT @ShakespeareanXI: The maintenance of fidelity in transcription: Pol II uses a downstream phosphate-oxygen substituent to undergo its int…
RT @ShakespeareanXI: The maintenance of fidelity in transcription: Pol II uses a downstream phosphate-oxygen substituent to undergo its int…
RT @ShakespeareanXI: The maintenance of fidelity in transcription: Pol II uses a downstream phosphate-oxygen substituent to undergo its int…
The maintenance of fidelity in transcription: Pol II uses a downstream phosphate-oxygen substituent to undergo its intrinsic nuclease activity — https://t.co/tdKgO7BctR The mechanistic details can be found in the publication. #RNA #Polymerase #proofreadin
RT @NatureCatalysis: A computational and biochemical study shows that RNA polymerase II utilizes transcript phosphate in a substrate-assist…
RT @NatureCatalysis: A computational and biochemical study shows that RNA polymerase II utilizes transcript phosphate in a substrate-assist…
A computational and biochemical study shows that RNA polymerase II utilizes transcript phosphate in a substrate-assisted reaction mechanism to cleave RNA in transcriptional fidelity control. https://t.co/npJjuY69kN ($) https://t.co/gctIBNI3Nm