HTRF Plasmids

Tag-lite plasmid featuring a SNAP-Tag sequence, a T8 peptide sequence, and a Zeocin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a SNAP-Tag sequence, a T8 peptide sequence, and a Neomycin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a SNAP-Tag sequence, a T8 peptide sequence, and a Hygromycin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a HALO-Tag sequence, a T8 peptide sequence, and a Zeocin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a HALO-Tag sequence, a T8 peptide sequence, and a Neomycin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a HALO-Tag sequence, a T8 peptide sequence, and a Hygromycin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a CLIP-Tag sequence, a T8 peptide sequence, and a Zeocin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a CLIP-Tag sequence, a T8 peptide sequence, and a Neomycin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a CLIP-Tag sequence, a T8 peptide sequence, and a Hygromycin resistance gene.Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

The Tag-lite V2 Arginine vasopressin 2plasmid is used to transiently or stably transfect cells for the purpose of developing a V2 Arginine vasopressin 2receptor binding assay.

The Tag-lite OX2 Orexin plasmid is used to transiently or stably transfect cells for the purpose of developing a OX2 Orexin receptor binding assay.

The Tag-lite GLP1 Glucagon plasmid is used to transiently or stably transfect cells for the purpose of developing a GLP1 Glucagon receptor binding assay.

The Tag-lite GIPR Glucagon plasmid is used to transiently or stably transfect cells for the purpose of developing a GIPR Glucagon receptor binding assay.

The Tag-lite D2 Dopamine type 2 plasmid is used to transiently or stably transfect cells for the purpose of developing a D2 Dopamine type 2receptor binding assay.

The Tag-lite CXCR4 Chemokine plasmid is used to transiently or stably transfect cells for the purpose of developing a CXCR4 Chemokine receptor binding assay.

The Tag-lite Beta2 adrenoplasmid is used to transiently or stably transfect cells for the purpose of developing a Beta2 adrenoreceptor binding assay.

The Tag-lite Beta1 adrenoplasmid is used to transiently or stably transfect cells for the purpose of developing a Beta1 adrenoreceptor binding assay.

The Tag-lite A3 Adenosine receptor plasmid is used to transiently or stably transfect cells in order to develop an A3 Adenosine receptor binding assay.

The Tag-lite A2B Adenosine receptor plasmid is used to transiently or stably transfect cells in order to develop an A2B Adenosine receptor binding assay.

The Tag-lite A1 Adenosine receptor plasmid is used to transiently or stably transfect cells in order to develop an A1 Adenosine receptor binding assay.

The Tag-lite 5HT1A 5-Hydroxytryptamine 1A plasmid is used to transiently or stably transfect cells for the purpose of developing a 5HT1A 5-Hydroxytryptamine 1Areceptor binding assay.

Tag-lite plasmid featuring a SNAP-Tag sequence. Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

Tag-lite plasmid featuring a SNAP-Tag sequence. Cloning and expression of the GPCR of interest as a SNAP-Tag or CLIP-Tag fusion protein enables its subsequent labeling with Terbium.

The Tag-lite A2A Adenosine plasmid is used to transiently or stably transfect cells for the purpose of developing a A2A Adenosine receptor binding assay.