Insane Value Scg10 (phospho Ser73) Rabbit Pab Starter Kit [bBF8lCzk]

SCG10 (phospho Ser73) Rabbit pAb

The SCG10 (phospho Ser73) rabbit polyclonal antibody is a highly specific tool for researchers studying the phosphorylation of SCG10 at Ser73. This antibody is designed to recognize and bind to the phospho-Ser73 epitope on SCG10, making it an invaluable asset for immunohistochemistry, immunofluorescence, and western blotting applications. With its exceptional affinity and sensitivity, this antibody is ideal for detecting and quantifying SCG10 phosphorylation levels in various biological samples.

Product Properties and Specifications

Our Insane Value Scg10 (phospho Ser73) Rabbit Pab Starter Kit [bBF8lCzk] is produced using a rabbit antiserum that has been affinity-purified against the phospho-Ser73 epitope of SCG10. This antibody has been validated for use in a range of applications, including immunohistochemistry on paraffin-embedded sections and immunofluorescence on frozen tissues. The antibody recognizes the phospho-Ser73 epitope with high specificity and sensitivity, ensuring reliable results. It is supplied in a liquid format, making it easy to use and store. For optimal performance, we recommend using this antibody with appropriate secondary antibodies and detection systems.

Practical Uses and Benefits

The Insane Value Scg10 (phospho Ser73) Rabbit Pab Starter Kit [bBF8lCzk] is a powerful tool for researchers investigating the role of SCG10 phosphorylation in various biological processes. This antibody can be used to study the phosphorylation status of SCG10 in diseases such as cancer, neurodegenerative disorders, and inflammatory conditions. By detecting and quantifying the phosphorylation of SCG10, researchers can gain insights into the molecular mechanisms underlying these diseases. The antibody's high specificity and sensitivity make it particularly useful for researchers in the fields of cellular biology, immunology, and molecular pathology. With this antibody in your research toolkit, you can advance your understanding of SCG10's role in disease pathogenesis and potentially develop new therapeutic strategies.