Complete Biotinylated Human Ly6g6d Protein (lyd-hm4gdb) In Multiple Colors [qY6Ug2r0]

Complete Biotinylated Human Ly6g6d Protein (lyd-hm4gdb) In Multiple Colors [qY6Ug2r0] stands as a premium-grade reagent designed for researchers in the field of immunology and molecular biology. This high-purity protein is engineered to provide exceptional performance in various experimental applications. With its exceptional binding affinity and stability, it is a valuable tool for researchers seeking accurate and reliable results.

• Enhanced binding affinity for specific targets
• High purity and stability for consistent performance
• Optimized for use in immunology and molecular biology research

Product Features and Specifications

The Complete Biotinylated Human Ly6g6d Protein (lyd-hm4gdb) In Multiple Colors [qY6Ug2r0] is produced through a proprietary expression system, ensuring optimal protein structure and function. This protein is biotinylated, which allows for easy conjugation with streptavidin or other biotin-binding molecules, enhancing its versatility in various assays. Key features include:

• Biotinylated at lysine residues for enhanced conjugation
• High biotin to protein ratio for increased sensitivity
• Available in lyophilized form for convenient storage and reconstitution

These features make it an indispensable tool for researchers working on a wide range of projects.

Practical Applications and Benefits

The Complete Biotinylated Human Ly6g6d Protein (lyd-hm4gdb) In Multiple Colors [qY6Ug2r0] is versatile and can be used in various applications, including ELISA, immunohistochemistry, and flow cytometry. Its high purity and stability ensure consistent results, making it a reliable choice for researchers:

• ELISA assays for quantifying target proteins
• Immunohistochemistry for visualizing protein expression in tissue sections
• Flow cytometry for studying protein function and expression in cells

By choosing this product, you are investing in high-quality research tools that will help you achieve your scientific goals efficiently and effectively.