We narrowed to 9,363 results for: BLI
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Plasmid#59242PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt74-ex7
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X19
Plasmid#59243PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt74-ex8-9
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X20
Plasmid#59244PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt75-ex5
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X22
Plasmid#59246PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt75-ex9 and 3' UTR
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X26
Plasmid#59250PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt79-ex5-6
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X31
Plasmid#59255PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt80-ex5-7
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X34
Plasmid#59258PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt81-ex9 and 3' UTR
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X38
Plasmid#59262PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt83-ex3-4
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X40
Plasmid#59264PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt84-ex1
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X41
Plasmid#59265PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt84-ex5-6
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X45
Plasmid#59269PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsert1700011A15Rik-ex3-5 and 3' UTR
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-INT2
Plasmid#59287PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the intronic region of the keratin type II cluster.DepositorInsertkrt80-Intron 4
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pLV-Enh eGFP Reporter-muKC2-X3
Plasmid#59227PurposeLentiviral GFP reporter for testing enhancer activity in different cell types. Insert is an enhancer identified in the exonic region of the keratin type II cluster.DepositorInsertKrt4-ex7-9
UseLentiviralPromoterMu Hsp68 minimal promoterAvailable SinceOct. 1, 2014AvailabilityAcademic Institutions and Nonprofits only -
pCVL RipTAL(Nd154C63) SFFV Xba-Sal linker
Plasmid#50627PurposepRipTAL plasmid compatible with Golden Gate TALEN cloning system. For cloning of megaTALs or other TAL-fusions and expression in mammalian cells. Meganuclease/fusion is cloned between Xba-Sal sites.DepositorTypeEmpty backboneUseLentiviral and TALENExpressionMammalianAvailable SinceMay 23, 2014AvailabilityAcademic Institutions and Nonprofits only -
pUASp YFP Mtl DN
Plasmid#52252PurposeDrosophila expression of YFP-Mtl dominant negative mutantDepositorInsertMtl (Mtl Fly)
UseDrosophilaTagsYFPExpressionInsectMutationT20N; DN mutationPromoterGAL4Available SinceMarch 21, 2014AvailabilityAcademic Institutions and Nonprofits only -
pUASp YFP Mtl CA
Plasmid#52253PurposeDrosophila expression of YFP-Mtl constitutively active mutantDepositorInsertMtl (Mtl Fly)
UseDrosophilaTagsYFPExpressionInsectMutationQ64L; CA mutationPromoterGAL4Available SinceMarch 21, 2014AvailabilityAcademic Institutions and Nonprofits only -
pUASp YFP Rac2 WT
Plasmid#52236PurposeDrosophila expression of YFP-Rac2DepositorAvailable SinceMarch 20, 2014AvailabilityAcademic Institutions and Nonprofits only -
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pCVL TAL(Nd154C63) T7 Age-Xho/Xba-Sal linkers
Plasmid#50624PurposepTAL plasmid for cloning of megaTALs or other TAL-fusions and expression in mammalian cells. RVDs are cloned between Age-Xho sites and meganuclease/fusion is cloned between Xba-Sal sites.DepositorTypeEmpty backboneUseMrna productionPromoterT7Available SinceJan. 14, 2014AvailabilityAcademic Institutions and Nonprofits only