Easy To Use Anti-coronin-1b (ser-2), Phosphospecific Antibody In Multiple Colors [z2hjZ9PA]

Highly Specific Coronin-1B (Ser-2) Phosphospecific Antibody

Our Easy To Use Anti-coronin-1b (ser-2), Phosphospecific Antibody In Multiple Colors [z2hjZ9PA] is a cutting-edge research tool designed for precise detection of Coronin-1B (Ser-2) phosphorylation in various biological studies. Crafted with precision, this rabbit polyclonal antibody is produced in-house, ensuring the highest quality and reliability. Its exceptional specificity makes it a valuable asset for researchers investigating signaling pathways and cellular processes involving Coronin-1B.

Product Properties and Specifications

This antibody is meticulously antigen affinity purified, guaranteeing optimal binding and minimal cross-reactivity. It detects human, mouse, and rat Coronin-1B (Ser-2) phosphorylation, making it versatile for a wide range of applications. The high purity and specificity of this antibody are confirmed through rigorous quality control measures, ensuring consistent and reproducible results across various experimental setups. Key features include:

• High Specificity: Detects only Coronin-1B (Ser-2) phosphorylation, minimizing false positives.
• Wide Species Reactivity: Recognizes human, mouse, and rat Coronin-1B (Ser-2), allowing for cross-species studies.

Practical Applications and Benefits

Our Easy To Use Anti-coronin-1b (ser-2), Phosphospecific Antibody In Multiple Colors [z2hjZ9PA] is ideal for a variety of research applications, including Western blot (WB) and Immunocytochemistry (ICC). Its exceptional performance in these techniques ensures accurate and reliable detection of Coronin-1B (Ser-2) phosphorylation. This antibody is particularly beneficial for researchers studying signaling pathways, cellular dynamics, and disease mechanisms. By using this high-quality antibody, you can:

• Enhance Research Accuracy: Detect and analyze Coronin-1B (Ser-2) phosphorylation with precision.
• Save Time and Resources: Achieve consistent results across multiple experiments, reducing the need for repeat testing.