We narrowed to 14,132 results for: CAN
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Plasmid#191163PurposeExpression of a sensor for synthetic sequence 1 (EK0208) with three MS2 sequences in the 3' UTR in mammalian cells. Compared to EK0285, also has additional restriction sites around the sensor sequence. Recommended for the basis for cloning new sensors for use with MCP-ADAR(DD). HindIII & MluI can be used to swap out marker (mCherry). (KpnI or BamHI) and (BshTI or BcuI) can be used to swap out sensor sequence (s70587). XhoI and ApaI can be used to swap out output (EGFP).DepositorInsertmCherry:s70587:EGFP-3xMS2
ExpressionMammalianMutationWTPromoterSFFVAvailable SinceOct. 26, 2022AvailabilityAcademic Institutions and Nonprofits only -
pJEP323-pAAV-FullH1TO-SaCa9gRNAi(SapI)-CMV-TetR-2A-EGFP-KASH-WPRE-shortPA Empty Cassette
Plasmid#113700PurposeDox-inducible H1 driven SaCas9 gRNA expression cassette without a gRNA. Followed by an EFS driven GFP-KASH in a separate reading frame. SapI can be used to clone in a gRNAs.DepositorInsertsSaCas9 gRNA Cassete
GFP
UseAAV and CRISPRTagsKASHAvailable SinceDec. 18, 2018AvailabilityAcademic Institutions and Nonprofits only -
ApoE3_D125I_47-300_mCh-SspB (pBS1071)
Plasmid#185294PurposeFor the mammalian expression of the human protein ApoE3_D125I_47-300 attached to SspB for light inducible binding to iLID scaffolds. Systems like this can be used to induce condensate formationDepositorInsertApoE3_D125I_47-300
ExpressionMammalianMutationD125IAvailable SinceJuly 13, 2022AvailabilityAcademic Institutions and Nonprofits only -
CAHS2_PARRC_98-130_mCh-SspB (pBS1077)
Plasmid#185300PurposeFor the mammalian expression of the tardigrade protein CAHS2_PARRC_98-130 attached to SspB for light inducible binding to iLID scaffolds. Systems like this can be used to induce condensate formationDepositorInsertCAHS2_PARRC_98-130
ExpressionMammalianAvailable SinceJune 9, 2022AvailabilityAcademic Institutions and Nonprofits only -
DSUP_RAMVA_1-208_mCh-SspB (pBS1073)
Plasmid#185296PurposeFor the mammalian expression of the tardigrade protein DSUP_RAMVA_1-208 attached to SspB for light inducible binding to iLID scaffolds. Systems like this can be used to induce condensate formationDepositorInsertDSUP_RAMVA_1-208
ExpressionMammalianAvailable SinceJune 9, 2022AvailabilityAcademic Institutions and Nonprofits only -
ApoE3_47-300_mCh-SspB (pBS1070)
Plasmid#185293PurposeFor the mammalian expression of the human protein ApoE3_47-300 attached to SspB for light inducible binding to iLID scaffolds. Systems like this can be used to induce condensate formationDepositorInsertApoE3_47-300
ExpressionMammalianAvailable SinceJune 9, 2022AvailabilityAcademic Institutions and Nonprofits only -
ApoE4_47-300_mCh-SspB (pBS1069)
Plasmid#185292PurposeFor the mammalian expression of the human protein ApoE4_47-300 attached to SspB for light inducible binding to iLID scaffolds. Systems like this can be used to induce condensate formationDepositorInsertApoE4_47-300
ExpressionMammalianAvailable SinceJune 9, 2022AvailabilityAcademic Institutions and Nonprofits only -
ApoE2_47-300_mCh-SspB (pBS1068)
Plasmid#185291PurposeFor the mammalian expression of the human protein ApoE2_47-300 attached to SspB for light inducible binding to iLID scaffolds. Systems like this can be used to induce condensate formationDepositorInsertApoE2_47-300
ExpressionMammalianAvailable SinceJune 9, 2022AvailabilityAcademic Institutions and Nonprofits only -
JC Mad-1
Plasmid#25626DepositorInsertJC Virus Mad-1
ExpressionBacterialAvailable SinceOct. 20, 2011AvailabilityAcademic Institutions and Nonprofits only -
pHR_EF1a-->HA-mtLaG2
Plasmid#162225PurposeLentiviral vector for the expression of HA GFP nanobody Lag2 in mammalian cellsDepositorInsertanti-GFP nanobody LaG2
UseLentiviralExpressionMammalianAvailable SinceJune 28, 2022AvailabilityAcademic Institutions and Nonprofits only