ELISA kits are commonly used to measure soluble biomarkers across a variety of research areas. ELISA kits for Human PPY can be quantified in various samples, including plasma, serum, supernatant.
Invitrogen ELISA kits exist in two formats: Uncoated and Coated....ELISA kits are commonly used to measure soluble biomarkers across a variety of research areas. ELISA kits for Human PPY can be quantified in various samples, including plasma, serum, supernatant.
Invitrogen ELISA kits exist in two formats: Uncoated and Coated. Uncoated ELISA kits...ELISA kits are commonly used to measure soluble biomarkers across a variety of research areas. ELISA kits for Human PPY can be quantified in various samples, including plasma, serum, supernatant.
Invitrogen ELISA kits exist in two formats: Uncoated and Coated. Uncoated ELISA kits include all the necessary reagents to coat your own plates and run your assay with maximum flexibility. Coated ELISA kits...
ELISA kits are commonly used to measure soluble biomarkers across a variety of research areas. ELISA kits for Human PPY can be quantified in various samples, including plasma, serum, supernatant.
Invitrogen ELISA kits exist in two formats: Uncoated and Coated. Uncoated ELISA kits include all the necessary reagents to coat your own plates and run your assay with maximum flexibility. Coated ELISA kits are ready-to-use and quality tested for sensitivity, specificity, precision and lot-to-lot consistency.
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The PPY gene encodes pancreatic polypeptide, a peptide hormone involved in the regulation of appetite and energy balance. The origin of the PPY gene is linked to a tandem duplication of the PYY gene, occurring concomitantly with the emergence of tetrapods, leading to the distinct PPY function within the neuropeptide Y family. In primates and ungulates, a gene duplication event resulted in the formation of a PYY2-PPY2 gene cluster, highlighting the evolutionary complexity of these genes. The PPY gene product is secreted by gamma-cells in the pancreas, localized primarily in the islet periphery, and plays a crucial role in metabolic homeostasis by interacting with receptors in the central nervous system to modulate satiety signals postprandially. PPY's function is linked to its inhibition of AGRP/NPY neurons which decreases their suppressive effect on POMC neurons, enhancing POMC activity and contributing to appetite suppression. This intricate regulation underscores the importance of PPY in dietary intake and metabolic disorders, with ongoing research exploring its potential therapeutic applications.