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Plasmid#70124PurposeYeast Gateway TRP1 2micron vector, no promoter (GPD1 promoter removed)DepositorTypeEmpty backboneUseTagsExpressionYeastMutationPromoterNoneAvailable sinceApril 21, 2017AvailabilityAcademic Institutions and Nonprofits only
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pLNL1135
Plasmid#160866PurposePJ23110-RBS-CAT-taa-mRuby2-tL3S2P24_KanR_p15ADepositorInsertChloramphenicol Acetyltransferase
UseSynthetic BiologyTagsExpressionBacterialMutationPromoterPJ23110_BBa_B0029Available sinceJan. 28, 2021AvailabilityAcademic Institutions and Nonprofits only -
pMXBC_pFa
Plasmid#114249PurposePOC12391, MetClo assembly vector with F replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type p-aDepositorInsertLacZalpha
UseSynthetic BiologyTagsExpressionMutationPromoterAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXBC_aFb
Plasmid#114250PurposePOC12392, MetClo assembly vector with F replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type a-bDepositorInsertLacZalpha
UseSynthetic BiologyTagsExpressionMutationPromoterAvailable sinceFeb. 15, 2019AvailabilityAcademic 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 BiologyTagsExpressionMutationPromoterAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXBC_aFq
Plasmid#114252PurposePOC12394, MetClo assembly vector with F replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type a-qDepositorInsertLacZalpha
UseSynthetic BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_aFb
Plasmid#114220PurposePOC12356, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type a-bDepositorInsertLacZalpha
UseSynthetic BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pMXLC_aFq
Plasmid#114224PurposePOC12362, MetClo assembly vector with p15A replication origin and chloramphenicol resistance for BsaI-based MetClo, adaptor sequence type a-qDepositorInsertLacZalpha
UseSynthetic BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable 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 BiologyTagsExpressionMutationPromoterAvailable sinceFeb. 15, 2019AvailabilityAcademic Institutions and Nonprofits only -
pNatB (pACYCduet-naa20-naa25)
Plasmid#53613PurposeAllows expression of the fission yeast NatB complex - chloramphenicol markerDepositorUseTagsExpressionBacterialMutationPromoterT7Available sinceJune 20, 2014AvailabilityAcademic Institutions and Nonprofits only -
pCas9
Plasmid#167547PurposeUsed for CRISPR-Cas9 mediated recomineering in Enterococcus. Can clone desired gRNA using BsaI digestion.DepositorInsertschloramphenicol acetyl transferase
pUC19 origin of replication
UseCRISPRTagsExpressionBacterialMutationPromoterAvailable sinceJune 28, 2021AvailabilityAcademic Institutions and Nonprofits only -
pTuLys2CMR2
Plasmid#53544PurposeInhibition module. Constructed from the parent plasmids pLuxRI, pLuxmCherry, pET15bLCFPT7, and pLysS. The plasmid can express T7 lysozyme by inducing AHL and LuxR. Chloramphenicol resistanceDepositorInsertpLux
UseUnspecifiedTagsExpressionMutationPromoterAvailable sinceMarch 26, 2015AvailabilityAcademic Institutions and Nonprofits only