取り敢えず今度RNA増幅を行う時には↓のhighest配列を使ってみる。 https://t.co/sNjygCXoN1
Maximizing transcription of nucleic acids with efficient T7 promoters | Communications Biology https://t.co/MOCGeZqcdQ プロモーターの後ろをちょっといじるだけで結構違うんだな。
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
Maximizing transcription of nucleic acids with efficient T7 promoters | Communications Biology https://t.co/fZwL9eVCCo
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
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RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
RT @AndoToshiya: T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われ…
T7・SP6プロモーターの後につけるべき転写効率が高い塩基配列のNGS解析結果 T7の後は7塩基までが転写効率に影響し、3塩基ではGAGがベスト. (GGGも同等) SP6の後は3塩基までが転写効率に影響しGAAベスト. (T7でよく使われるGGGはよろしくない様子) https://t.co/9WAasawiX1
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @CommsBio: Conrad et al. identify sequences downstream of transcription start sites that affect T7 promoter activity and use this to gen…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
Conrad et al. identify sequences downstream of transcription start sites that affect T7 promoter activity and use this to generate promoter variants with enhanced transcriptional output. https://t.co/3rZ9qIxvyF https://t.co/IA3iRUFtGO
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
Maximizing transcription of nucleic acids with efficient T7 promoters #mRNA @BeAScientist @eTheRNA_immuno @mooreorless62 @DrDuszczyk @Giangran1Paloma #aptamer @SassStem @AptamerSociety @aptamer_connect @BurkeLabRNA @mallikaratchy @Bluebird__47 @hocekm h
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
This is probably an important paper for everyone who does in-vitro transcription. 'Maximizing transcription of nucleic acids with efficient T7 promoters' https://t.co/JIX32hWmNK
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
RT @kirstenjung93: This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of…
This paper is super useful for someone who regularly makes RNA using T7 RNAP! The data presented here also match some of my results very well. 🧬 https://t.co/ex3AAfAqhY