Premium Quality Anti-mdia1 (n-terminal Region) Antibody Get 40% Off Today [H5hQuVbj]

Premium Quality Anti-mdia1 (n-terminal Region) Antibody Get 40% Off Today [H5hQuVbj]

Introducing our high-quality Premium Quality Anti-mdia1 (n-terminal Region) Antibody Get 40% Off Today [H5hQuVbj] from PhosphoSolutions, a reliable and efficient tool for researchers in the field of cellular biology. This rabbit polyclonal primary antibody is specifically designed to detect human, mouse, and rat mDia1 (N-terminal region) proteins. With its superior affinity purification process, this antibody ensures high sensitivity and specificity, making it an essential component for your research endeavors. Key features include:

• detects human, mouse, and rat mDia1 (N-terminal region)
• produced in-house for guaranteed quality control
• antigen affinity purification for enhanced purity

Product Specifications and Technical Details

Our Premium Quality Anti-mdia1 (n-terminal Region) Antibody Get 40% Off Today [H5hQuVbj] is meticulously produced in-house, ensuring the highest standards of quality and consistency. This antibody is designed to be used in Western blot (WB) applications, providing robust results that you can trust. The following specifications highlight the technical aspects of this product:

• Host species: Rabbit
• Immunogen: Recombinant mDia1 (N-terminal region) protein
• Application: Western blot
• Storage: -20°C

Practical Applications and Target Audience

Whether you are a researcher in the fields of cell biology, neuroscience, or immunology, our Premium Quality Anti-mdia1 (n-terminal Region) Antibody Get 40% Off Today [H5hQuVbj] is a versatile tool that can enhance your experimental workflows. Its ability to detect mDia1 proteins in various species makes it ideal for cross-species studies. This antibody is particularly beneficial for researchers who require a reliable and efficient method to study the role of mDia1 in cellular processes. Target audience includes:

• Cell biologists
• Neuroscientists
• Immunologists
• Academic and industrial researchers