Learn antibody labeling techniques to detect antigens in research. Explore labels like enzymes & fluorophores, targeting amino acids, carbohydrates, & sulfhydryl groups.

Discover how epigenetic antibodies target DNA methylation, histone PTMs, & non-coding RNAs, enabling studies in gene regulation, ChIP, ELISA, & more.

Explore antibody purification methods, including Protein A affinity chromatography, precipitation, & ATPS, for isolating high-purity antibodies efficiently & cost-effectively.

Explore types of immunoassays besides ELISA, including radioimmunoassays, fluorescent & chemiluminescent assays. Learn how they advance diagnostics & drug discovery!

Learn how immunoprecipitation isolates proteins using advanced affinity methods, enabling precise studies of protein states, interactions, and modifications.

Discover how IHC uses monoclonal & polyclonal antibodies to study antigens in tissues, aiding research in oncology, neurology, & cellular biology.

Explore immunofluorescence methods for visualizing targets in cells or tissues using direct or indirect techniques with fluorochrome-labeled antibodies.

Learn about Western blotting, a key technique for protein analysis, antibody validation & disease diagnostics. Discover its applications in research & clinical settings!

Discover how antibodies enable research into protein-protein interactions through immunofluorescence, immunoprecipitation, & co-immunoprecipitation methods.