Experience Triticum Vulgaris Lectin (wga) - Coated Microplates Accessory [ZJYDbIFQ]

Experience Triticum Vulgaris Lectin (wga) - Coated Microplates Accessory [ZJYDbIFQ]

Our Experience Triticum Vulgaris Lectin (wga) - Coated Microplates Accessory [ZJYDbIFQ] are designed for precision and efficiency in laboratory research. These microplates are a powerful tool for various applications, including ELISA assays, where they provide a reliable surface for the immobilization of Wheat germ agglutinin (WGA).

• High Affinity: The WGA on these microplates binds to N-acetyl-D-glucosamine and sialic acid residues of glycoproteins and glycolipids, offering a strong and specific interaction.
• Non-Specific Interactions Reduced: The microplates are treated with BSA to block unoccupied, charged groups, minimizing background and improving the accuracy of your assays.

Product Features and Specifications

The Experience Triticum Vulgaris Lectin (wga) - Coated Microplates Accessory [ZJYDbIFQ] are engineered with attention to detail to ensure optimal performance. Key features include:

• Source: Derived from Triticum vulgaris (Wheat germ), ensuring high purity and reliability.
• Activity: 10 µg/ml of WGA will agglutinate human erythrocytes nonspecifically, demonstrating its strong binding capabilities.
• Carbohydrate Specificity: N-Acetylglucosamine, enabling precise targeting of specific carbohydrates in your assays.

These microplates are also suitable for a variety of research applications, making them a versatile addition to any laboratory.

Practical Uses and Benefits

The Experience Triticum Vulgaris Lectin (wga) - Coated Microplates Accessory [ZJYDbIFQ] are not just a tool; they are a catalyst for discovery. They are used in various research fields, including:

• ELISA Assays: Ideal for high-throughput screening and analysis, providing consistent and reproducible results.
• Biological Research: Facilitates studies on cell signaling, protein interactions, and disease mechanisms.

By using these microplates, researchers can gain deeper insights into the complex interactions within biological systems, advancing our understanding of various diseases and biological processes.