Human Stem Cell Antibody Arrays on Glass Slides are multiplex protein profiling tools designed for the semi-quantitative analysis of stem cell-associated proteins in human biological samples. Based on antibody microarray technology, these arrays enable the simultaneous detection of multiple protein targets associated with stem cell identity, pluripotency, self-renewal and differentiation. Capture antibodies immobilized at defined positions on functionalized glass slides recognize specific target proteins, which are subsequently detected using antibody-based immunoassays and fluorescence measurement. Signal intensities provide relative information on protein abundance, enabling comparisons of expression profiles across samples.

Key Features

• Multiplex detection: Simultaneous profiling of multiple stem cell-associated proteins using a single glass-slide platform.

• Marker profiling: Investigation of cell surface, intracellular and other proteins associated with stem cell populations and differentiation states, depending on target coverage.

• Semi-quantitative analysis: Comparison of relative protein expression patterns between biological samples.

• Human sample compatibility: Designed for studying human stem cell-related protein expression, according to array-specific target coverage and sample compatibility.

Usual Applications

• Characterization of human stem cell populations and their protein marker expression profiles.

• Comparative analysis of undifferentiated and differentiated cell populations.

• Investigation of protein markers associated with pluripotency, lineage commitment and cellular differentiation.

• Monitoring changes in protein expression during stem cell culture and differentiation studies.