S&S’s protein biomarkers for probing against arrayed antibodies.

 

Single Capture Antibody Arrays

 

S&S’s protein biomarker technology consists of single capture chips that offer high-density antibody microarrays for measuring comparative, qualitative protein profiles. Single capture antibody chips detect significantly higher signal-to-noise measurements of antigen-bound antibodies when combined with a protein labeling system that uses indirect fluorescence than when the antibody microarrays are probed directly with fluorophore-labeled proteins. The primary advantage of single capture antibody chips is the identification of molecular signatures and patterns through significantly more qualitative measurements of analytes in complex mixtures.

 

A greater signal-to-noise ratio is a key benefit of S&S’s protein biomarker antibody arrays.

 

Serum Biomarker Chip - The S&S^® Serum Biomarker Chip enables proteomics researchers to pattern the molecular signature of human serum. The chip addresses the need for high throughput technologies used to study and develop a range of research applications from risk stratification, to disease prognosis, drug eligibility, prediction of safety and efficacy, and therapeutic monitoring.

 

Two-color fluorescent detection permits the researcher to reproducibly pattern the relative abundance of 120 human serum proteins between two samples, such as serum samples from diseased and healthy individuals. {Product Photo}

 

Two-Color Labeling & Detection System. The S&S Two-Color Labeling and Fluorescent Detection Kit is designed to label two protein samples. The labeled proteins are pooled and probed against arrayed antibodies in a competitive binding assay. Protein biomarkers are detected using indirect fluorescence.   Chip Clip The Schleicher & Schuell BioScience Chip Clip securely holds the FAST Slide 2-pad slide and incubation chamber for processing of the Serum Biomarker Chip.

 

Click on the links above to view S&S’s current protein biomarker-related products