Highly Rated Foxl2 (phospho Ser263) Rabbit Pab Slash 65% Off The Price [G9cSC3pg]

FoxL2 Phospho Ser263 Antibody

The Highly Rated Foxl2 (phospho Ser263) Rabbit Pab Slash 65% Off The Price [G9cSC3pg] is a highly specific and reliable antibody designed for researchers studying the role of FoxL2 in cellular signaling and development. This antibody is produced using rabbit immunization with a peptide corresponding to the phospho Ser263 residue of FoxL2, ensuring optimal binding and recognition of the target protein.

• High Specificity: The antibody is designed to specifically detect the phosphorylated form of FoxL2 at Ser263, which is crucial for its activation and function.
• Excellent Sensitivity: The antibody demonstrates high sensitivity, allowing for detection of low levels of FoxL2 phosphorylation in various experimental settings.

Product Features and Specifications

This antibody is ideal for use in various immunohistochemistry (IHC), immunofluorescence (IF), and western blotting applications. Its robust performance ensures accurate and consistent results across different experimental conditions.

• Applications: The Highly Rated Foxl2 (phospho Ser263) Rabbit Pab Slash 65% Off The Price [G9cSC3pg] is suitable for use in IHC, IF, and western blotting.
• Concentration: The antibody is available in a convenient concentration of 1 mg/mL, making it easy to use and store.

Practical Uses and Benefits

The Highly Rated Foxl2 (phospho Ser263) Rabbit Pab Slash 65% Off The Price [G9cSC3pg] is a valuable tool for researchers investigating the role of FoxL2 in a wide range of biological processes, including cell cycle regulation, apoptosis, and tumorigenesis. By using this antibody, researchers can gain insights into the molecular mechanisms underlying these processes.

• Research Applications: The antibody is suitable for studying FoxL2 in various cell types and tissues, providing a comprehensive understanding of its function.
• Enhanced Research Outcomes: The high specificity and sensitivity of this antibody contribute to more accurate and reliable experimental results, ultimately leading to better-informed research decisions.