Ready To Ship Anti-nlrc4 (ser-533), Phosphospecific Antibody Collection [tO8in1Pz]

Ready To Ship Anti-nlrc4 (ser-533), Phosphospecific Antibody Collection [tO8in1Pz]

Introducing our high-quality Ready To Ship Anti-nlrc4 (ser-533), Phosphospecific Antibody Collection [tO8in1Pz] from PhosphoSolutions. This monoclonal antibody is specifically designed for detecting the phosphorylated Ser-533 residue on NLRC4 in human, mouse, and rat samples. Crafted in-house, this antibody stands out for its exceptional sensitivity and specificity, making it an invaluable tool for researchers in the field of inflammation and immune response.

• Wide Range Detection: Detects NLRC4 phosphorylated at Ser-533 in human, mouse, and rat samples.
• High Specificity: Antigen affinity-purified for optimal performance and minimal cross-reactivity.

Product Properties and Specifications

Our Anti-NLRC4 (Ser-533) Antibody is produced in-house, ensuring the highest standards of quality and consistency. This phosphospecific antibody is designed to provide robust results in various immunological applications, such as Western blotting (WB). With its exceptional purity and specificity, it offers reliable detection of NLRC4 phosphorylation, enabling you to study the intricate details of inflammatory processes with precision.

• In-House Production: Ensures quality control and reliability.
• Phosphospecific: Focuses on the phosphorylated Ser-533 residue for accurate detection.

Practical Applications and Benefits

The Ready To Ship Anti-nlrc4 (ser-533), Phosphospecific Antibody Collection [tO8in1Pz] is an essential tool for researchers studying the role of NLRC4 in inflammation and immune responses. Its wide range of applications includes investigating the molecular mechanisms behind autoimmune diseases, identifying potential therapeutic targets, and understanding the impact of NLRC4 phosphorylation on cellular signaling pathways. By utilizing this antibody, researchers can gain valuable insights into the complex interplay between inflammation and immune regulation.

• Applications in Inflammation Research: Ideal for studying autoimmune diseases and immune regulation.
• Therapeutic Target Identification: Potential for discovering new treatment strategies.