Immunohistochemistry (IHC) stands as a vital method employing antibodies to pinpoint protein and antigen locations in tissue sections. This technique relies on visualizing the antibody-antigen interaction through either chromogenic or fluorescent detection. IHC offers pivotal insights into protein localization within intact tissue, serving as a valuable diagnostic tool for pathologists.
To conduct a successful IHC experiment, it's essential to follow a robust staining protocol using high-quality, specific reagents. This approach ensures accurate and reproducible results.
Antigen Retrievers
A range of reagents used to recover antigens in paraffin embedded tissues, a combination of fixation and heat exposure from the paraffin embedding process may make the antigens inaccessible to detection. The range consists of buffers as well as proteases.
Blocking Reagents
Eliminate non-specific binding in immunohistochemistry through using our range of blocking reagents. These reagents may also be used in ELISA and Western Blotting.
Buffers
Buffers manufactured to deliver consistent performance and eliminate batch variation.
Chromogens
Enzyme specific chromogenic color reagents designed to visualize your target protein and its cellular localization.
Counter Stains
Specifically designed to stain cellular organelles/compartments such as nuclei and cytoplasm.
Detergents
Aid in sample permeabilization for antibody access to intracellular proteins and reduce non-specific binding and background in blocking, antibody dilution, and wash buffers.
IHC Kits
Essential for visualizing targeted proteins using HRP-based detection methods and designed to simplify protein detection in tissue samples.
Lectins
Crucial for studying carbohydrate-protein interactions, playing a key role in cell signaling, immune response, and glycoprotein analysis.
Mounting Media
Preserves the antibody-antigen stain for short or indefinite storage. For convenience some of the mounting media products contain counter stains.
Proteins, Fluorophores, & Conjugates
Designed to enhance IHC techniques, ensuring accurate and dependable detection of target proteins in complex samples.
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