Human quantitative MMP antibody arrays on glass slides are multiplex protein microarray platforms used to investigate matrix metalloproteinases (MMPs) in biological samples. MMPs are zinc-dependent proteolytic enzymes involved in extracellular matrix degradation and remodeling, with roles in tissue repair, angiogenesis, inflammation and cancer progression. Altered MMP expression and regulation have been investigated in tumor invasion, fibrosis and other pathological processes.
These human MMP antibody arrays enable parallel detection and, depending on the assay configuration, quantification of selected human MMP proteins in compatible samples, such as serum, plasma, cell culture supernatants or tissue extracts. Glass-slide microarrays support multiplex protein analysis, facilitating comparisons between experimental conditions and the investigation of MMP-associated biological processes.
Key Features
-
Multiplex MMP profiling: Simultaneous analysis of multiple selected human matrix metalloproteinases.
-
Glass-slide platform: Spatially arranged capture antibodies enable parallel immunodetection of multiple protein targets.
-
Quantitative protein analysis: Enables comparison of MMP abundance using the assay's specified calibration, detection and data-analysis methods.
-
Research applications: Supports studies of extracellular matrix remodeling, tumor biology, inflammation and tissue repair.
Usual Research Applications
Human quantitative MMP arrays can support biomarker discovery, studies of cancer-associated matrix remodeling and comparative protein profiling in cellular and tissue models. Results reflect detectable MMP protein abundance, not necessarily enzymatic activity. Complementary activity assays may be required to distinguish active MMPs from inactive proenzymes and to investigate functional proteolytic activity.
