We narrowed to 10,861 results for: yeast
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Plasmid#52897PurposeSsk1t replaces the zipper and is fused to the IFP-F[1] through the linker (GGGGS) X 2. Plasmid confers ampicillin resistance to DH5α.DepositorInsertSsk1t-L-IFP-F[1]
TagsL-IFP-F[1]ExpressionYeastPromoterGAL1Available sinceJune 5, 2014AvailabilityAcademic Institutions and Nonprofits only -
pDN-G1TCbt
Plasmid#44515DepositorInsertsUseSynthetic Biology; Expression regulator/reporterExpressionYeastMutationTwo tandem tet operators (2XtetO2) downstream of …PromoterPGal1-D12 promoterAvailable sinceApril 30, 2013AvailabilityAcademic Institutions and Nonprofits only -
pVG144
Plasmid#227760PurposeExpresses a version of light-inducible transcription factor EL222 (Val121Met) under a strong constitutive PGK1prDepositorInsertEL222 codon-optimized for budding yeast
ExpressionYeastMutationVal121Met mutantPromoterPGK1prAvailable sinceJan. 15, 2025AvailabilityAcademic Institutions and Nonprofits only -
pVG124
Plasmid#227758PurposeExpresses a version of light-inducible transcription factor EL222 (Thr83Ser) under a strong constitutive PGK1prDepositorInsertEL222 codon-optimized for budding yeast
ExpressionYeastMutationThr83Ser mutantPromoterPGK1prAvailable sinceJan. 15, 2025AvailabilityAcademic Institutions and Nonprofits only -
CTV
Plasmid#15912DepositorInsertCAG-STOP-eGFP-ROSA26TV
UseCre/Lox; /stopAvailable sinceOct. 26, 2007AvailabilityAcademic Institutions and Nonprofits onlyCited by -
p413GAL1-Ypd*1-L-IFP-F[2] (Yeast)
Plasmid#52898PurposeYpdI* is fused to the IFP-F[2] by (GGGGS) X 2. Ypd1*/Skn7t: no signal, Ypd1*/Ssk1t: weak signal. Internal ClaI site in Ypd*I. Plasmid confers ampicillin resistance to DH5α.DepositorInsertYpd*1-L-IFP-F[2]
TagsL-IFP-F[2]ExpressionYeastMutationChanged Tryptophane 80 to AlaninePromoterGAL1Available sinceJune 12, 2014AvailabilityAcademic Institutions and Nonprofits only -
M35 Dpr yeast clone
Plasmid#17191DepositorPublicationAvailable sinceFeb. 1, 2008AvailabilityAcademic Institutions and Nonprofits only -
SP_H3
Plasmid#228189PurposePlasmid contains the secretion signal peptide sequence of the yeast CIS3 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P47001_CIS3_YEAST:0-21
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_F2
Plasmid#228176PurposePlasmid contains the secretion signal peptide sequence of the yeast EXG1 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P23776_EXG1_YEAST:0-19
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_G1
Plasmid#228181PurposePlasmid contains the secretion signal peptide sequence of the yeast DSE2 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P38844_DSE2_YEAST:0-21
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_G2
Plasmid#228182PurposePlasmid contains the secretion signal peptide sequence of the yeast PRY1 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P47032_PRY1_YEAST:0-19
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_H1
Plasmid#228187PurposePlasmid contains the secretion signal peptide sequence of the yeast SPR1 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P32603_SPR1_YEAST:0-20
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_H2
Plasmid#228188PurposePlasmid contains the secretion signal peptide sequence of the yeast HPF1 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_Q05164_HPF1_YEAST:0-23
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_D2
Plasmid#228164PurposePlasmid contains the secretion signal peptide sequence of the yeast DAN1 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P47178_DAN1_YEAST:0-19
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_D3
Plasmid#228165PurposePlasmid contains the secretion signal peptide sequence of the yeast PST2 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_Q12335_PST2_YEAST:0-21
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_E2
Plasmid#228170PurposePlasmid contains the secretion signal peptide sequence of the yeast FLO11 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P08640_FLO11_YEAST:0-21
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_E3
Plasmid#228171PurposePlasmid contains the secretion signal peptide sequence of the yeast DAN4 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P47179_DAN4_YEAST:0-19
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_F1
Plasmid#228175PurposePlasmid contains the secretion signal peptide sequence of the yeast CCW12 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_Q12127_CCW12_YEAST:0-20
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_B2
Plasmid#228152PurposePlasmid contains the secretion signal peptide sequence of the yeast FIG2 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_P25653_FIG2_YEAST:0-22
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only -
SP_C3
Plasmid#228159PurposePlasmid contains the secretion signal peptide sequence of the yeast (strain ATCC 204508 / S288c) PIR1 gene for use in Combinatorial Golden Gate Assembly (BsaI restriction sites).DepositorInsertsp_Q03178_PIR1_YEAST:0-18
UseSynthetic BiologyAvailable sinceJuly 2, 2025AvailabilityAcademic Institutions and Nonprofits only