Holiday Gift Guide Af647-labeled Human Hla-a*11:01&b2m&matn2 (ktltsvfqk) Monomer Protein (mhc-hm472af6) Set [TkHgvGEp]

AF647-Labeled Human HLA-A*11:01&B2M&MATN2 Monomer Protein

Our Holiday Gift Guide Af647-labeled Human Hla-a*11:01&b2m&matn2 (ktltsvfqk) Monomer Protein (mhc-hm472af6) Set [TkHgvGEp] is a cutting-edge research tool designed for advanced immunology studies. This high-quality protein is meticulously engineered to provide researchers with reliable and consistent results. With its unique labeling and monomer structure, it offers exceptional sensitivity and specificity for detecting and analyzing immune responses.

• High purity: Our protein is produced through a rigorous purification process to ensure the highest purity levels, minimizing contamination and improving experimental results.
• Excellent stability: The AF647 label provides enhanced fluorescence stability, allowing for consistent and reliable measurements over extended periods.

Key Features and Specifications

This protein is specifically designed for use in flow cytometry, immunohistochemistry, and other immunological assays. Its monomer structure ensures optimal binding to antigens and receptors, providing clear and accurate data. The AF647 label offers a high emission wavelength, reducing spectral overlap and enhancing detection sensitivity.

• Monomer protein: The monomer structure of this protein allows for precise and consistent binding, ensuring reliable results across various experiments.
• AF647 labeling: The AF647 label enhances fluorescence and improves the detection sensitivity, making it ideal for complex immunological studies.

Applications and Benefits

The AF647-Labeled Human HLA-A*11:01&B2M&MATN2 Monomer Protein is a versatile tool for a wide range of research applications. It is particularly useful for studying immune responses in various diseases, such as cancer, infectious diseases, and autoimmune disorders. This protein can also be used for vaccine development and therapeutic target identification.

• Research in immunology: The protein's high purity and specificity make it an essential tool for immunology research, allowing for detailed analysis of immune responses.
• Therapeutic development: The protein can aid in the development of new vaccines and therapeutic strategies by providing insights into immune responses and target identification.