Axiva Nitrocellulose Transfer Blotting Membrane

The Axiva Nitrocellulose Transfer Blotting Membrane is a specialized membrane used in Western blotting and other protein transfer techniques. It is designed to facilitate the transfer of proteins from a polyacrylamide gel onto the membrane surface for subsequent detection and analysis. Key features of the Axiva Nitrocellulose Transfer Blotting Membrane include: 1. High Binding Capacity: The nitrocellulose membrane has a high protein-binding capacity, allowing efficient transfer of proteins from the gel to the membrane surface. This ensures accurate detection and analysis of target proteins in Western blot experiments. 2. Porous Structure: The membrane features a porous structure that allows proteins to pass through during the transfer process while retaining their spatial arrangement and relative molecular weights. This helps preserve the integrity of the protein bands and facilitates downstream analysis. 3. Compatibility: The Axiva Nitrocellulose Transfer Blotting Membrane is compatible with various protein detection methods, including immunoblotting, enzyme-linked immunosorbent assay (ELISA), and chemiluminescent detection. It can be used with a wide range of antibodies and detection reagents to visualize target proteins with high sensitivity and specificity. 4. Versatility: The membrane is suitable for use with both manual and semi-automated protein transfer systems, making it versatile for different laboratory settings and throughput requirements. It is available in various sizes and formats to accommodate different gel sizes and protein transfer protocols. 5. Stability and Durability: The nitrocellulose membrane is stable and durable, allowing for multiple rounds of protein detection and analysis without compromising performance. It can withstand various washing and blocking steps commonly used in Western blotting procedures, ensuring reliable and reproducible results. Overall, the Axiva Nitrocellulose Transfer Blotting Membrane offers researchers a reliable and efficient solution for protein transfer and detection in Western blotting experiments. With its high binding capacity, porous structure, compatibility, versatility, and durability, it is an indispensable tool for protein research and analysis in molecular biology and biochemistry laboratories.