pmod c3001 (Addgene inc)
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pmod c3001
Pmod C3001, supplied by Addgene inc, used in various techniques. Bioz Stars score: 90/100, based on 3 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pmod+c3001/pMOD_C3001+(Plasmid+%2391094)/pmc11282277-269-25-30
Average 90 stars, based on 3 article reviews
Pmod C3001, supplied by Addgene inc, used in various techniques. Bioz Stars score: 90/100, based on 3 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pmod+c3001/pMOD_C3001+(Plasmid+%2391094)/pmc11282277-269-25-30
Average 90 stars, based on 3 article reviews
pmod c3001 - by Bioz Stars,
2026-09
90/100 stars
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Related Articles
Transfection:Article Title: Dual activities of an X-family DNA polymerase regulate CRISPR-induced insertional mutagenesis across species Article Snippet: In brief, the gRNAs, listed in Supplementary Data , were first cloned into pMOD_B2301 (for Arabidopsis ; Addgene #91067) or pMOD_B2303 (for Setaria ; Addgene #91068) to create gRNA expression plasmids. .. The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA plasmids, Article Title: Dual Activities of an X-family DNA Polymerase Regulate CRISPR-Induced Insertional Mutagenesis Across Species Article Snippet: The gRNAs, listed in 358 Supplementary Table 1, were first cloned into pMOD_B2301 (for Arabidopsis; Addgene 359 #91067) or pMOD_B2303 (for Setaria; Addgene #91068) to create gRNA expression plasmids. .. 360 The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly 361 method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA 362 plasmids, Construct:Article Title: Dual activities of an X-family DNA polymerase regulate CRISPR-induced insertional mutagenesis across species Article Snippet: In brief, the gRNAs, listed in Supplementary Data , were first cloned into pMOD_B2301 (for Arabidopsis ; Addgene #91067) or pMOD_B2303 (for Setaria ; Addgene #91068) to create gRNA expression plasmids. .. The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA plasmids, Article Title: Dual Activities of an X-family DNA Polymerase Regulate CRISPR-Induced Insertional Mutagenesis Across Species Article Snippet: The gRNAs, listed in 358 Supplementary Table 1, were first cloned into pMOD_B2301 (for Arabidopsis; Addgene 359 #91067) or pMOD_B2303 (for Setaria; Addgene #91068) to create gRNA expression plasmids. .. 360 The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly 361 method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA 362 plasmids, Generated:Article Title: Dual activities of an X-family DNA polymerase regulate CRISPR-induced insertional mutagenesis across species Article Snippet: In brief, the gRNAs, listed in Supplementary Data , were first cloned into pMOD_B2301 (for Arabidopsis ; Addgene #91067) or pMOD_B2303 (for Setaria ; Addgene #91068) to create gRNA expression plasmids. .. The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA plasmids, Article Title: Dual Activities of an X-family DNA Polymerase Regulate CRISPR-Induced Insertional Mutagenesis Across Species Article Snippet: The gRNAs, listed in 358 Supplementary Table 1, were first cloned into pMOD_B2301 (for Arabidopsis; Addgene 359 #91067) or pMOD_B2303 (for Setaria; Addgene #91068) to create gRNA expression plasmids. .. 360 The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly 361 method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA 362 plasmids, Expressing:Article Title: Dual activities of an X-family DNA polymerase regulate CRISPR-induced insertional mutagenesis across species Article Snippet: In brief, the gRNAs, listed in Supplementary Data , were first cloned into pMOD_B2301 (for Arabidopsis ; Addgene #91067) or pMOD_B2303 (for Setaria ; Addgene #91068) to create gRNA expression plasmids. .. The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA plasmids, Article Title: Dual Activities of an X-family DNA Polymerase Regulate CRISPR-Induced Insertional Mutagenesis Across Species Article Snippet: The gRNAs, listed in 358 Supplementary Table 1, were first cloned into pMOD_B2301 (for Arabidopsis; Addgene 359 #91067) or pMOD_B2303 (for Setaria; Addgene #91068) to create gRNA expression plasmids. .. 360 The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly 361 method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA 362 plasmids, Plasmid Preparation:Article Title: Dual activities of an X-family DNA polymerase regulate CRISPR-induced insertional mutagenesis across species Article Snippet: In brief, the gRNAs, listed in Supplementary Data , were first cloned into pMOD_B2301 (for Arabidopsis ; Addgene #91067) or pMOD_B2303 (for Setaria ; Addgene #91068) to create gRNA expression plasmids. .. The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA plasmids, Article Title: Dual Activities of an X-family DNA Polymerase Regulate CRISPR-Induced Insertional Mutagenesis Across Species Article Snippet: The gRNAs, listed in 358 Supplementary Table 1, were first cloned into pMOD_B2301 (for Arabidopsis; Addgene 359 #91067) or pMOD_B2303 (for Setaria; Addgene #91068) to create gRNA expression plasmids. .. 360 The Setaria protoplast transfection constructs were generated by using the Golden Gate assembly 361 method with pMOD_A1110 (the Cas9 expressing plasmid, Addgene #91031), the gRNA 362 plasmids, Article Title: Promoter‐pervasive transcription causes RNA polymerase II pausing to boost DOG1 expression in response to salt Article Snippet: pMOD_B2303 , Čermák et al ( ) , Addgene Plasmid #91068. .. |