Human Receptor Antibody Arrays on Glass Slides are multiplex protein profiling tools designed for the simultaneous detection and semi-quantitative analysis of multiple receptor proteins in human biological samples. Based on antibody microarray technology, they use immobilized capture antibodies at defined positions on functionalized glass slides to recognize specific receptor targets. Following sample incubation, captured proteins are detected using corresponding detection antibodies and fluorescent labeling. Fluorescence signal intensities provide relative measurements of receptor abundance across samples.

These arrays support research into receptor expression, cellular communication and signal transduction, including the investigation of receptor-associated changes in physiological and pathological conditions.

Key Features

• Multiplex detection: Simultaneous analysis of multiple human receptor proteins on a single glass slide.

• Antibody-based recognition: Target-specific capture antibodies enable protein detection.

• Semi-quantitative analysis: Fluorescence signal intensities allow relative comparison of receptor levels between samples.

• Protein profiling: Investigation of receptor expression patterns and changes in biological samples.

Usual Research Applications

• Comparative analysis of receptor expression in human cell and tissue lysates.

• Investigation of receptor-mediated signalling pathways and cellular responses.

• Profiling of receptor tyrosine kinases, including EGFR and ErbB2, in cancer-related research.

• Evaluation of changes in receptor abundance following drug treatment or experimental stimulation.

• Exploration of receptor-associated molecular mechanisms in cancer and other disease-related research.