We narrowed to 16,904 results for: chloramphenicol
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Plasmid#114224PurposePOC12362, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type a-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pTC3RBSC1cI
Plasmid#193773PurposeExpresses lambda CI under the control of PLTetO-1 promoter, p15A origin of replication, Chloramphenicol selectionDepositorInsertLambda CI
ExpressionBacterialPromoterPLTetO-1Available sinceApril 10, 2023AvailabilityAcademic Institutions and Nonprofits only -
pEND-349_Cacnes_ori
Plasmid#225604PurposeCutibacterium acnes replicative plasmid for recombinant expression. pBRESP36A-based vector with C. acnes chloramphenicol resistance, harbouring a medium-copy pBR322 E. coli ori (no ROP)DepositorTypeEmpty backboneUseSynthetic BiologyExpressionBacterialAvailable sinceFeb. 6, 2025AvailabilityAcademic Institutions and Nonprofits only -
pJP_Bla01
Plasmid#230982PurposeModified version of the pBLADE_ONLY_C (#168050). It expresses VVD-AraC, but the f1 ori was deleted and the chloramphenicol resistance gene was replaced by gentamicin resistance.DepositorInsertGentamicin resistance gene
ExpressionBacterialAvailable sinceSept. 23, 2025AvailabilityAcademic Institutions and Nonprofits only -
POC1553
Plasmid#238470PurposepMOBC360_VL: Vector Left (VL) of the set (Chloramphenicol R) to be methylated by the M.Osp807II BsaI-associated switch methylase. Used for the assembly using the methylation protection approachDepositorTypeEmpty backboneUseSynthetic BiologyAvailable sinceJuly 24, 2025AvailabilityAcademic Institutions and Nonprofits onlyCited by -
POC1554
Plasmid#238471PurposepMOBC360_VR: Vector Right (VR) of the set (Chloramphenicol R) to be methylated by the M.Osp807II BsaI-associated switch methylase. Used for the assembly using the methylation protection approachDepositorTypeEmpty backboneUseSynthetic BiologyAvailable sinceJune 18, 2025AvailabilityAcademic Institutions and Nonprofits onlyCited by -
POC1525
Plasmid#226496PurposepMOBC360_VM: Vector Middle (VM) of the set (Chloramphenicol R) to be methylated by the M.Osp807II BsaI-associated switch methylase. Used for the assembly using the methylation protection approachDepositorTypeEmpty backboneUseSynthetic BiologyAvailable sinceJune 10, 2025AvailabilityAcademic Institutions and Nonprofits onlyCited by -
PRC3MKO2
Plasmid#193757PurposeExpresses mKO2 under the control of PR promoter, p15A origin of replication, Chloramphenicol selectionDepositorInsertmKO2
ExpressionBacterialPromoterPRAvailable sinceApril 10, 2023AvailabilityAcademic Institutions and Nonprofits only -
pMXBC_bFc
Plasmid#114251PurposePOC12393, MetClo assembly vector with F replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type b-cDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXBC_bFq
Plasmid#114253PurposePOC12395, MetClo assembly vector with F replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type b-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXBC_cFq
Plasmid#114254PurposePOC12396, MetClo assembly vector with F replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type c-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_bFc
Plasmid#114221PurposePOC12357, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type b-cDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_cFd
Plasmid#114222PurposePOC12358, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type c-dDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_dFe
Plasmid#114223PurposePOC12359, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type d-eDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_bFq
Plasmid#114225PurposePOC12363, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type b-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_cFq
Plasmid#114226PurposePOC12364, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type c-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_dFq
Plasmid#114227PurposePOC12365, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type d-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_eFq
Plasmid#114228PurposePOC12366, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type e-qDepositorInsertLacZalpha
UseSynthetic BiologyAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pRC3EGFP
Plasmid#193790PurposeExpresses EGFP under the control of PR promoter, p15A origin of replication, Chloramphenicol selectionDepositorInsertEGFP
ExpressionBacterialPromoterPR promoterAvailable sinceApril 10, 2023AvailabilityAcademic Institutions and Nonprofits only -
pMRMTK-clo4
Plasmid#203925PurposeCloning plasmid containing the R6Kγ origin and oriT insert with a chloramphenicol resistance markerDepositorInsertR6Kγ origin of replication and oriT
ExpressionPlantPromoterN/AAvailable sinceDec. 5, 2023AvailabilityAcademic Institutions and Nonprofits only