We narrowed to 24,695 results for: Sis
-
-
-
pTE5601
Plasmid#250509PurposePurification of SUMO-dark; inhibitor of 11S; breakage control for translocation/insertion assaysDepositorInsertT7-SUMO-dark
Tagsdark peptideExpressionBacterialPromoterT7Available SinceFeb. 4, 2026AvailabilityAcademic Institutions and Nonprofits only -
pTE5605
Plasmid#250512PurposeMutant of pSecYEG; impaired in translocation and insertion; cell-free expression of functional SecYEGDepositorInsertT7-secY(P84L)EG
ExpressionBacterialMutationP84LPromoterT7Available SinceFeb. 3, 2026AvailabilityAcademic Institutions and Nonprofits only -
pTE5627
Plasmid#250516PurposeSuper-active translocator mutant of pSecYEG; cell-free expression of functional SecYEGDepositorInsertT7-secY(I408G)EG
ExpressionBacterialMutationI408GPromoterT7Available SinceFeb. 3, 2026AvailabilityAcademic Institutions and Nonprofits only -
pTE5639
Plasmid#250519PurposeSuperactive inserter mutant of pSecYEG; cell-free expression of functional SecYEGDepositorInsertT7-secY(T166L)EG
ExpressionBacterialMutationT166LPromoterT7Available SinceFeb. 3, 2026AvailabilityAcademic Institutions and Nonprofits only -
pAKanCRISPR
Plasmid#242231PurposeA sgRNA expression plasmid for genome editing in PseudomonasDepositorTypeEmpty backboneUseCRISPR and Synthetic BiologyExpressionBacterialAvailable SinceJan. 7, 2026AvailabilityAcademic Institutions and Nonprofits only -
pMC-dest-BsaI-cmlc2:mCherry
Plasmid#241213DepositorTypeEmpty backboneUseMinicircle cloning vectorMutationTCGC linkerAvailable SinceAug. 5, 2025AvailabilityAcademic Institutions and Nonprofits only -
nTALECD for_TUB4S351F_1397NC
Plasmid#193382PurposenTALECD (1397NC) expression vectorDepositorInsertFor specific C-to-T base editing to introduce an amino acid mutation in the coding sequence of AtTUB4.
ExpressionPlantAvailable SinceFeb. 9, 2024AvailabilityAcademic Institutions and Nonprofits only -
nTALE+CD_for TUB_8N_1397NC
Plasmid#193383PurposenTALECD (1397NC) expression vectorDepositorInsertFor multiplex C-to-T base editing to introduce amino acid mutations in the coding sequence of AtTUBs.
ExpressionPlantAvailable SinceFeb. 9, 2024AvailabilityAcademic Institutions and Nonprofits only
