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Targeted base editing in the plastid genome of Arabidopsis thaliana.

Nakazato I, Okuno M, Yamamoto H, Tamura Y, Itoh T, Shikanai T, Takanashi H, Tsutsumi N, Arimura SI
Nat Plants. 2021 Jul;7(7):906-913. doi: 10.1038/s41477-021-00954-6. Epub 2021 Jul 1. (Link opens in a new window) PubMed (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
171723pDest_pK7WG2_pRPS5A_CTP OleGFPptpTALECD vector assembly, Destination vector;
171724E1_pENTR_L1-L4_NI_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171725E1_pENTR_L1-L4_NI_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171726E1_pENTR_L1-L4_NI_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171727E1_pENTR_L1-L4_NI_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171728E1_pENTR_L1-L4_NN_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171729E1_pENTR_L1-L4_NN_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171730E1_pENTR_L1-L4_NN_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171731E1_pENTR_L1-L4_NN_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
171732E3_pENTR_L3-L2_NG_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL2 and L3
171733E3_pENTR_L3-L2_NG_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL2 and L3
171734E3_pENTR_L3-L2_NG_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL2 and L3
171735E3_pENTR_L3-L2_NG_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL2 and L3
171736E2_pENTR_R4R3_T CTPptpTALECD vector assembly, Entry clone 2 with attR4 and R3
191579E1_pENTR_L1-L4_HD_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191580E1_pENTR_L1-L4_NG_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191581E1_pENTR_L1-L4_HD_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191582E1_pENTR_L1-L4_NG_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191583E1_pENTR_L1-L4_HD_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191584E1_pENTR_L1-L4_NG_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191585E1_pENTR_L1-L4_HD_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191586E1_pENTR_L1-L4_NG_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 1 with attL1 and L4
191587E3_pENTR_L3-L2_HD_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191588E3_pENTR_L3-L2_NI_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191589E3_pENTR_L3-L2_NN_G1333-DddtoxA-CptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191590E3_pENTR_L3-L2_HD_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191591E3_pENTR_L3-L2_NI_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191592E3_pENTR_L3-L2_NN_G1333-DddtoxA-NptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191593E3_pENTR_L3-L2_HD_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191594E3_pENTR_L3-L2_NI_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191595E3_pENTR_L3-L2_NN_G1397-DddtoxA-CptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191596E3_pENTR_L3-L2_HD_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191597E3_pENTR_L3-L2_NI_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 3 with attL2 and L3
191598E3_pENTR_L3-L2_NN_G1397-DddtoxA-NptpTALECD vector assembly, Entry clone 3 with attL2 and L3

Antibodies from Article