Skip to content
Life sciences consumables, equipment and services, delivered across Saudi Arabia.
Human Cadherin-17 PharmaGenie ELISA Kit (SBRS0405)
  • Human Cadherin-17 PharmaGenie ELISA Kit (SBRS0405)
Assay Genie

Human Cadherin-17 PharmaGenie ELISA Kit (SBRS0405)

Price on request

SKUPriceQuantity
SBRS0405

Price on request

Description

This description has not been verified against the manufacturer's datasheet. Check the datasheet before you order, or ask us to confirm a specification. Ask us to confirm

Quantitative measurement of human Cadherin-17 (CDH17) in cell culture supernatants and blood-derived research samples is supported by the PharmaGenie kit from Assay Genie. Cadherin-17, also called LI-cadherin, is a calcium-dependent cell adhesion molecule that is normally restricted to intestinal and gastric epithelium. Re-expression of CDH17 has been documented in several gastrointestinal and hepatic tumor types, making it a useful biomarker in oncology studies of gastric, colorectal, and hepatocellular carcinoma, as well as in research on tumor invasion, intestinal epithelial biology, and metastasis.

The kit is supplied in a microplate format and produces a colorimetric readout that can be read on a standard laboratory plate reader. Each kit ships with pre-coated wells, capture and detection reagents, a set of reference standards, wash buffer, substrate, and ancillary reagents sufficient for the indicated number of assays. The workflow follows a stepwise incubation procedure: standards and samples are added to coated wells, plates are washed, detection reagent is applied, and a substrate step generates a measurable signal. CDH17 concentrations in unknown samples are interpolated from a standard curve generated using the kit's calibrators.

For best results, kit components should be stored refrigerated upon receipt, and reconstituted reagents should be aliquoted to limit repeated freeze-thaw cycles that can degrade assay performance. The kit is intended for research use only and is suitable for studies characterizing CDH17 regulation in cell-based models, primary tissue research, and translational gastrointestinal cancer investigations.