Effortless Fitc Anti-ha.11 Epitope Tag For A Limited Time [dMXOwt86]

Highly Sensitive FITC Anti-HA Epitope Tag

The Effortless Fitc Anti-ha.11 Epitope Tag For A Limited Time [dMXOwt86] is a powerful tool for researchers in the field of protein detection and purification. This monoclonal antibody, Clone 16B12, is designed to recognize the HA tag, a short amino acid sequence derived from the human influenza hemagglutinin surface glycoprotein. This tag is widely used in molecular biology to facilitate the identification and purification of proteins of interest. The HA tag sequence, YPYDVPDYA, is uniquely recognized by this antibody, ensuring high specificity and sensitivity in various applications.

Product Features and Specifications

This FITC conjugated antibody offers several advantages for protein research. Firstly, its FITC format provides excellent fluorescence properties, making it ideal for flow cytometry (FC) applications. Additionally, its verified immunocytochemistry (ICC) performance ensures reliable results in cellular studies. The antibody is produced in mice and has an IgG1, κ isotype, further enhancing its compatibility with various research techniques. The product is supplied by BioLegend, Inc., a trusted name in the industry, ensuring high-quality and reliable performance.

Applications and Benefits

The Effortless Fitc Anti-ha.11 Epitope Tag For A Limited Time [dMXOwt86] is versatile and can be used in a wide range of applications. Its applications include flow cytometry for protein detection, and immunocytochemistry for cellular localization studies. This antibody is particularly useful for researchers who need to purify and isolate proteins with the HA tag. Its high specificity and sensitivity make it a valuable tool for identifying and characterizing proteins in complex samples. The product also comes with regulatory status information (RUO), ensuring compliance with various regulatory requirements. With this antibody, researchers can achieve accurate and reliable results, contributing to the advancement of their research projects.