Dopamine Receptor D1 - ExpressMAX™ Human GPCR ORF Clones

Dopamine Receptor D1 - ExpressMAX™ Human GPCR ORF Clones

Catalog Number:
MEV1268622CAN
Mfr. No.:
G0545-A; G0545-B; G0545-Plus
Price:
$374
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      • Overview
        • Dopamine Receptor D1, encoded in Humans by DRD1 gene. It stimulates adenylyl cyclase and activates cyclic AMP-dependent protein kinases. DRD1 is the most abundant dopamine receptor in the Central Nervous System and regulates neuronal growth and development, mediates some behavioral responses and modulates dopamine receptor D2-mediated events.

          Includes:
          ExpressMAX™ GPCR ORF Clones (Cat. No. -A)
          – 15 µg ExpressMAX™ Mammalian Expression Vector (1 mg/mL).
          ExpressMAX™ GPCR ORF Clones (Cat. No. – B)
          – Vector as transformed Bacteria in stab culture or a Glycerol Stock format.
          Mammalian Transfection Kits (Cat. No. – PLUS)
          – 15 µg ExpressMAX™ Mammalian Expression Vector (1 mg/mL).
          – 0. 2 mL CANFAST™ Transfection Reagent.

          Please contact us at for specific academic pricing.

      • Properties
        • Categories
          Human GPCR ORF Clones
          Other Properties
          Plasmid size: 7389 bp
          Promoter: pEF1a
          ORF Sequence (GenBank based): NM_000794.3
          Protein Sequence (SwissProt): P21728
          Bacterial Selection Antibiotics: Ampicillin
          Mammalian Selection Antibiotic: Neomycin
          Alternative names: DADR or DRD1A
          Storage
          ExpressMAX™ GPCR ORF Clones (-20 °C) and CANFAST™ (4 °C).

          * This product is developed, designed and sold exclusively for Research purposes and in vitro use only (RUO). The product was not tested for use in diagnostics or for drug development, nor is it suitable for administration to humans or animals.

      • Applications
        • Application Description
          Functional assays, as protein immobilization, cellular localization and other functional assays.
          High-throughput and large scale protein production and purification.
          Reverse transfection arrays and nucleic acid programmable protein arrays (NAPPA).

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