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ZFYVE27 Polyclonal Antibody: A Cutting-Edge Tool for Research

Introducing the ZFYVE27 Polyclonal Antibody, a powerful tool designed for researchers in the field of neuroscience. This antibody is specifically engineered to react with human, mouse, and rat samples, making it a versatile choice for various experimental applications. With its high sensitivity and specificity, the ZFYVE27 Polyclonal Antibody is ideal for detecting ZFYVE27 protein in a range of research studies. Key features include reactivity across multiple species, rabbit host, and compatibility with both Western blot (WB) and immunohistochemistry (IHC) techniques.

Product Specifications and Technical Details

The ZFYVE27 Polyclonal Antibody is produced using a fusion protein of human ZFYVE27, ensuring high affinity and specificity. This antibody is unconjugated, allowing flexibility in conjugation with various labeling agents for your specific experiments. Its concentration is optimized at 0.9 mg/mL, providing ample stock for repeated use. The purification method used is antigen affinity purification, ensuring a high purity level.

• Applications: WB, IHC
• Clonality: Polyclonal
• Host: Rabbit

Additionally, the ZFYVE27 Polyclonal Antibody is well-suited for research areas such as neuroscience, where understanding the functions of ZFYVE27 is crucial for advancing knowledge in the field.

Practical Applications and Target Audience

Whether you are a researcher in neuroscience or a molecular biologist, the ZFYVE27 Polyclonal Antibody is an invaluable addition to your laboratory toolkit. Its ability to detect ZFYVE27 in various cell types and tissues makes it an essential reagent for studying its role in neurite formation, hereditary spastic paraplegia, and other neurological disorders. Benefits of using this antibody include:

High sensitivity and specificity

Reactivity with human, mouse, and rat samples

Compatibility with WB and IHC techniques

By incorporating the ZFYVE27 Polyclonal Antibody into your research, you can enhance your understanding of ZFYVE27's functions and contribute to advancements in neuroscience research.