Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c]

Explore the Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c]

Discover the power of Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c], a premium antibody designed for precise and reliable protein detection. This antibody is a vital tool for researchers seeking to understand the complex phosphorylation patterns of the MERIT40 protein at Ser29. With its exceptional specificity and sensitivity, Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c] offers unparalleled performance in various immunohistochemistry (IHC) and immunofluorescence (IF) applications.

• High specificity for phospho-Ser29 on MERIT40
• Superior sensitivity for reliable detection
• Optimized for use in IHC and IF

Key Product Properties and Specifications

Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c] is produced using advanced techniques to ensure the highest purity and consistency. This antibody is characterized by its strong affinity for the phospho-Ser29 epitope on MERIT40, allowing for clear and distinct signals even in challenging samples. The following specifications highlight the product's robustness and reliability:

• Specificity: Phospho-Ser29 on MERIT40
• Applications: IHC, IF
• Format: Rabbit polyclonal antibody
• Concentration: 1 mg/mL

Applications and Benefits

The Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c] is an indispensable tool for researchers investigating the role of MERIT40 in cellular signaling and disease processes. Its high specificity and sensitivity make it ideal for various applications, including:

• Understanding MERIT40 phosphorylation in cancer research
• Characterizing MERIT40 function in neurodegenerative diseases
• Assessing MERIT40 activity in immune responses

By utilizing Seasonal Pick Merit40 (phospho-ser29) Rabbit Pab Save 85% Now [QLsqpg6c], researchers can gain valuable insights into the complex biology of MERIT40 and its phosphorylation status, ultimately leading to advancements in diagnostics and therapeutic strategies.