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GIP antibody - 460 003

GIP is a peptide hormone involved in glucose, lipid and bone homeostasis
Rabbit polyclonal purified antibody
Cat. No.: 460 003
Amount: 50 µg
Price: $370.00
Cat. No. 460 003 50 µg specific antibody, lyophilized. Affinity purified with the immunogen. Albumin and azide were added for stabilization. For reconstitution add 50 µl H2O to get a 1mg/ml solution in PBS. Then aliquot and store at -20°C to -80°C until use.
Applications WB: not tested yet
IP: not tested yet
ICC: not tested yet
IHC: 1 : 500 up to 1 : 2000 gallery  
IHC-P/FFPE: 1 : 1000 up to 1 : 4000 gallery  
Immunogen Synthetic peptide corresponding to AA 58 to 85 from mouse GIP (UniProt Id: P48756)
Reactivity Reacts with: mouse (P48756), rat (Q06145).
Other species not tested yet.
Specificity The antibody is specific for GIP. It may show minor cross-reactivity to related peptide hormones.
Data sheet 460_003.pdf
Cat. No.: 460 003
Quantity: 50 µg
Price: $370.00
Background

Gastric inhibitory polypeptide (GIP), also known as glucose-dependent insulinotropic polypeptide, is a member of the secretin/glucagon superfamily of peptides. It is a well conserved 42 amino acid peptide generated by post-translational cleavage of the precursor protein proGIP (1).
GIP is synthesized by enteroendocrine K cells of the small intestine, found in highest concentration in the duodenum. It is released into the circulation in response to glucose or fat ingestion (1). A short but bioactive form of GIP (GIP1-30) is secreted from pancreatic alpha-cells within the pancreatic islets (2). In the CNS, GIP is expressed in several brain regions including the cerebral cortex, hippocampus, and olfactory bulb (3).
GIP exerts its effects via interaction with its G-protein-coupled receptor. In pancreatic beta-cells, it increases adenylyl cyclase activity, thereby stimulating insulin secretion  (1,2). GIP is also implicated in the control of lipid metabolism and the development of obesity. In adipose tissue, it increases lipoprotein lipase activity and lipogenesis (1,4). Recently, GIP appeared as a major player in bone metabolism and bone cell physiology by preserving bone strength (4,5). In the brain, GIP induces neuronal progenitor cell proliferation and has a neuroprotective function (3).