Smart Histone H2a.x Rabbit Pab Grab It Now [vFpmTEYn]

High-Quality Histone H2A.X Rabbit pAb

Introducing our premium Histone H2A.X Rabbit pAb, a cutting-edge antibody designed for researchers in the field of epigenetics and histone modification studies. This antibody is meticulously prepared using rabbit immunization, ensuring exceptional specificity and reliability. With its superior binding affinity, our Histone H2A.X Rabbit pAb is ideal for various applications, including immunohistochemistry, immunofluorescence, and western blotting.

• Superior Specificity: Our antibody is designed to bind specifically to Histone H2A.X, allowing for accurate detection and analysis.
• High Sensitivity: The Histone H2A.X Rabbit pAb offers excellent sensitivity, enabling the detection of low abundance proteins.
• Consistent Quality: Each batch is rigorously tested to ensure consistent quality and performance.

Our Histone H2A.X Rabbit pAb is produced using a highly purified rabbit immunoglobulin G fraction, which guarantees minimal cross-reactivity and high specificity. The antibody is available in multiple formats, including lyophilized powder and liquid, to cater to various experimental needs. The lyophilized powder is stable at room temperature and can be easily reconstituted for use, while the liquid format is convenient for immediate application.

• Lyophilized Powder: Stable at room temperature, easy to reconstitute for use.
• Liquid Format: Convenient for immediate application, ready to use.
• High Purity: Purified to ensure minimal contaminants and cross-reactivity.

The Histone H2A.X Rabbit pAb is an essential tool for researchers investigating DNA damage response, cell cycle regulation, and aging processes. Its high specificity and sensitivity make it ideal for both basic research and clinical applications. Whether you are studying the role of Histone H2A.X in cancer, neurodegenerative diseases, or other complex biological processes, our antibody is the perfect choice to advance your research.

• Basic Research: Ideal for studying DNA damage response and cell cycle regulation.
• Clinical Applications: Useful in diagnosing and understanding various diseases.
• Target Audience: Researchers in epigenetics, histone modification, and related fields.