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For the mammalian expression of the tardigrade protein DSUP_RAMVA. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
Expresses enzymatically monobiotinylated full-length MSP3 with no N-linked glycans upon cotransfection with BirA in mammalian cells. Contains a C-terminal rat Cd4 d3+4 tag.
For the mammalian expression of the tardigrade protein CAHS3_HYPDU. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
For the mammalian expression of the human protein APOE_HUMAN_E114I. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
Used to improve production from engineered biosynthetic pathways include optimizing codon usage, enhancing production of rate-limiting enzymes, and eliminating the accumulation of toxic intermediates or byproducts to improve cell growth
For the mammalian expression of the brine shrimp protein AfrLEA3m. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
For the mammalian expression of the sleeping chironomid protein PvLEA4_repeats_k3_26. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
For the mammalian expression of the human protein SERF2_HUMAN. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
For the mammalian expression of the tardigrade protein MAHS_RAMVA. This is one of the top performing targets in our apoptosis assay (it protected from apoptosis).
Used to improve production from engineered biosynthetic pathways include optimizing codon usage, enhancing production of rate-limiting enzymes, and eliminating the accumulation of toxic intermediates or byproducts to improve cell growth
For the mammalian expression of the Arabidopsis protein DHN_AtCor47. This is one of the bottom performing targets in our apoptosis assay (it induced apoptosis).
Biosensor chain detecting rapamycin and responding with split Nanoluciferase reconstitution. FKBP ectodomain, human Glycophorin A (GPA) scaffold, 20 GS linker, split Nanoluciferase fragment 11S.
Biosensor chain detecting rapamycin and responding with split Nanoluciferase reconstitution. FKBP ectodomain, human Glycophorin A (GPA) scaffold, 20 GS linker, split Nanoluciferase fragment 11S.
Biosensor chain detecting rapamycin and responding with split Nanoluciferase reconstitution. FKBP ectodomain, human Glycophorin A (GPA) scaffold, 20 GS linker, split Nanoluciferase fragment 114.
Biosensor chain detecting rapamycin and responding with split Nanoluciferase reconstitution. FRB ectodomain, human Glycophorin A (GPA) scaffold, 20 GS linker, split Nanoluciferase fragment 11S.
Biosensor chain detecting rapamycin and responding with split Nanoluciferase reconstitution. FRB ectodomain, human Glycophorin A (GPA) scaffold, 20 GS linker, split Nanoluciferase fragment 114.
Biosensor chain detecting rapamycin and responding with split GFP reconstitution. FRB ectodomain, human Glycophorin A (GPA) scaffold, 6 GS linker, split GFP fragment small.