Skip to main content

Membrane Target Systems: Somatostatin sst4 (human) membrane preparation

Cell membranes prepared from cells stably-transfected with human Somatostatin sst4 receptor, in HEK-293 cells.

Some of our receptors may be restricted for sale in specified countries. Please inquire. For research use only. Not for use in diagnostic procedures
Part Number: RBHST4M400UA
Part Number: RBHST4M400UA
  • Membrane Target Systems are quality assured frozen membranes from cells that express Somatostatin SST4 (human) recombinant or endogenous receptors.

    We submit every batch of receptor to stringent quality control testing that includes saturation radioligand binding assay to determine receptor concentration (Bmax) and affinity (Kd). Competition binding assays are performed determine affinity (Ki) against known reference agonists and antagonists. GTPγS data is also provided for some of our Gi-coupled receptors.

    Membranes are carefully prepared and ready for a variety of HTS applications, including radioligand binding (using either proximitymethods, such as FlashPlate, or classical filtration methods).

    Products are packaged as frozen crude membrane preparations. One assay unit is defined as micrograms of protein, defined by competition binding assay (filtration). A complete product description and recommended protocol are included on the Product Information Sheet.

    Some of our receptors may be restricted for sale in specified countries. Please inquire.

  • Assay Validation
    Binding
    Assay Target Class
    GPCR
    Assay Target Type
    Membrane preparation
    Brand
    Membrane Target Systems
    G-Alpha Natural Receptor
    Gi/Go
    Host
    HEK293
    Receptor Type
    Somatostatin
    Shipping Conditions
    Shipped in Dry Ice
    Therapeutic Area
    Angiogenesis
    Central Nervous System
    Inflammation
    Metabolic
    Unit Size
    400 units

Resources

1-1 of 1 Resources
Brochure Icon Image
Brochure
Radioligand selection guide

Discover a comprehensive collection of GPCR cell lines, membrane preparations, and complementary radioligands designed to drive...