Heavy-duty Human Lilrb4/cd85k/ilt3 Domain 1 Protein (lb4-hm1d1) - Going Fast [EBgMN2ZI]

High-Quality Human LILRB4 Protein

Introducing the Heavy-duty Human Lilrb4/cd85k/ilt3 Domain 1 Protein (lb4-hm1d1) - Going Fast [EBgMN2ZI], a premium recombinant protein designed for research applications. This protein is a crucial component in the study of immune regulation and cell signaling. The LB4-HM1D1 is produced using a proprietary expression system, ensuring high purity and consistency.

• High Purity: Our protein undergoes rigorous purification processes to guarantee a high level of purity, exceeding 95% by SDS-PAGE.
• Consistent Quality: The expression system ensures consistent quality lot-to-lot, making it ideal for long-term research studies.

Key Features and Specifications

The LB4-HM1D1 protein is expressed as a full-length protein containing the ILT3 Domain 1, with a molecular weight of approximately 27 kDa. It is supplied in a liquid format, making it convenient for various applications, including ELISA, immunohistochemistry, and protein-protein interaction studies.

• Expression System: The protein is expressed in a mammalian expression system, which maintains the native protein structure and post-translational modifications.
• Storage Stability: Store the protein at -20°C for long-term storage, with a shelf life of 12 months when properly stored.

Applications and Benefits

The Heavy-duty Human Lilrb4/cd85k/ilt3 Domain 1 Protein (lb4-hm1d1) - Going Fast [EBgMN2ZI] is an essential tool for researchers studying immune responses, cancer, and other diseases. Its high purity and consistent quality make it ideal for various applications, including:

• ELISA Assays: The protein can be used as a standard or control in ELISA assays for quantifying LILRB4 levels in biological samples.
• Immunohistochemistry: It can be used in immunohistochemical studies to detect LILRB4 expression in tissue sections.

Invest in the Heavy-duty Human Lilrb4/cd85k/ilt3 Domain 1 Protein (lb4-hm1d1) - Going Fast [EBgMN2ZI] for reliable and high-quality research materials.