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