PA6.6 Transfer Membrane Roll, Neutral

The GVS Neutral Nylon Transfer Membrane is an advanced solution specifically engineered for a multitude of biotechnology applications. This state-of-the-art membrane is constructed from a pure polymer that is carefully impregnated with an inert polyester web, ensuring its superior quality and performance. With its natural hydrophilicity, this membrane excels in protein binding while providing high and reproducible binding of nucleic acids, making it an indispensable tool for research and laboratory work.

Key Features:

• Controlled Microporous Structure: The microporous Nylon 66 material is cast on an internal support web, delivering added dimensional strength and stability. This construction prevents issues like cracking, tearing, curling, and breaking, ensuring reliability in aggressive handling protocols such as colony lifts and plaque lifts.
• Enhanced macromolecule retention: Integrate UV cross-linking techniques to maximize signal retention for nucleic acids, thereby preserving the integrity of crucial DNA and RNA transfers.
• High Binding Capacity: With a nucleic acid binding capacity of approximately 350 µg/cm², this membrane can accommodate a diverse range of fragment sizes, enhancing the efficiency of multiple transfer applications.
• Hydrophilic Properties: The hydrophilic nature eliminates the need for potentially disruptive wetting agents, safeguarding biological processes throughout your experimentation.
• Lot-to-Lot Consistency: Rigorous quality checks ensure dependable results with lot-to-lot consistency across the polyester web, crucial for reproducibility in scientific studies.
• High Thermal Resistance: Capable of withstanding maximum operating temperatures of up to 180°C, this membrane is equipped to handle demanding laboratory environments.
• Pore Sizes: Available in pore sizes of 0.2 µm and 0.4 µm, providing options tailored to specific application requirements.

Applications:

• Southern and Northern blotting transfers
• Protein binding assays
• Microarrays and macroarrays
• Dot and slot blotting techniques
• Radiolabeled detection systems
• Non-radiolabeled detection systems

Specifications: