Millipore Provides Labeled Secondary Antibodies

2 Apr 2007

Millipore Corporation today announced the availability of high-quality, labeled secondary antibodies used in single- and double-labeling experiments, fluorescence-activated cell sorting (FACS), enzyme-linked immunoadsorbent assay (ELISA), detection assays and Western blotting applications.

This series of antibodies is available either unconjugated or conjugated to an enzyme, biotin or fluorophore. All of Millipore’s labeled secondary antibodies are manufactured to exacting standards to provide high quality performance.

Millipore’s enzyme-labeled secondary antibodies, including the hyper-HRP labeled antibody, offer unparalleled sensitivity and permeance in immunohistochemistry applications. The enzyme conjugated antibodies, depending on application, may produce either a protein luminescence or color the proteins to be visible on the membrane.

Biotin conjugation provides high levels of signal amplification with minimal cost. Combining biotinylated secondaries with a matching line of conjugated streptavidin partners, signals can be multiplied quickly, enhancing their sensitivity in all applications.

Fluorescently labeled antibodies are available conjugated to a variety of flourophores spanning the entire visible and UV spectrum. The type of fluorochrome needed is determined by considering the individual application, available equipment and filters needed to measure fluorescent emission wavelengths.

Millipore’s Bioscience Division provides innovative tools, services and biological reagents that drive advancements in biomedical and academic research as well as support the discovery and development of new pharmaceuticals. The product portfolio has been further enhanced with the 2006 addition of Chemicon, Upstate and Linco product lines, allowing Millipore to provide the most complete offering of life science tools on the market. Our customers work in leading research laboratories across a variety of industries throughout the world. Millipore improves their laboratory productivity and efficiency through optimized workflows.

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