Exclusive Human Ccr4 Protein-nanodisc (cr4-hm1n122) Special: 70% Discount [mAP3aq5b]

Exclusive Human Ccr4 Protein-nanodisc (cr4-hm1n122) Special: 70% Discount [mAP3aq5b]

Introducing the Exclusive Human Ccr4 Protein-nanodisc (cr4-hm1n122) Special: 70% Discount [mAP3aq5b], a cutting-edge research tool designed for advanced scientific investigations. This protein nanodisc offers exceptional purity and stability, making it an ideal choice for researchers in the fields of immunology, virology, and cell biology. With its innovative design, the CR4-HM1N122 nanodisc provides a superior platform for studying the CCR4 receptor and its role in immune responses and viral infections.

• Precise and Pure: Our Human CCR4 Protein-Nanodisc is derived from recombinant technology, ensuring high purity and specificity.
• Stable and Reliable: The nanodisc format provides enhanced stability and resistance to aggregation, making it suitable for various experimental conditions.

Product Properties and Specifications

The Exclusive Human Ccr4 Protein-nanodisc (cr4-hm1n122) Special: 70% Discount [mAP3aq5b] boasts several key properties and specifications that set it apart from other research tools. Each nanodisc is carefully engineered to contain a single CCR4 protein, minimizing non-specific interactions and providing a clear experimental outcome. The protein concentration is optimized for easy handling and efficient use in your research protocols.

• High Protein Concentration: The nanodiscs are prepared with a high concentration of CCR4 protein, allowing for cost-effective and efficient experiments.
• Optimized for Various Techniques: The CR4-HM1N122 nanodiscs are compatible with a range of experimental techniques, including surface plasmon resonance, flow cytometry, and ELISA.

Practical Uses and Target Audience

The Exclusive Human Ccr4 Protein-nanodisc (cr4-hm1n122) Special: 70% Discount [mAP3aq5b] is a versatile tool that can be utilized in numerous research applications. Whether you are studying the role of CCR4 in immune responses or its interaction with viral pathogens, this nanodisc provides a robust platform for your investigations. Ideal for researchers in academic and industrial settings, the CR4-HM1N122 is suitable for both basic research and translational studies.

• Basic Research: The nanodiscs are perfect for elucidating the structure and function of CCR4, as well as its interactions with ligands and other proteins.
• Translational Research: The CR4-HM1N122 nanodiscs can aid in the development of novel therapeutic strategies for diseases involving CCR4 signaling pathways.