Pkg of 50, 82.5 mm, nitrocellulose membranes for use in nucleic acid blotting
Bio-Rad's 0.2 µm pore–size nitrocellulose membrane is dense 100% nitrocellulose. Pure nitrocellulose is the most frequently used membrane for the transfer of both proteins and nucleic acids. It is a proven medium for western, Northern, and Southern blotting that produces excellent signal-to-noise results. Bio-Rad nitrocellulose is easy to handle, wets readily with water-based solutions, and resists the brittleness usually associated with nitrocellulose. The 0.2 µm pore size is optimized for transferring nucleic acids and low molecular–weight proteins: the smaller pore size minimizes protein sample loss due to transfer through the membrane.
Features and Benefits
Compatible with all standard immunoblotting and nucleic acid detection methods
Provides superior binding capacity without background interference
Smaller pore size minimizes low molecular–weight protein sample loss
Available in three formats:
Convenient precut 0.2 µm membrane/blot absorbent filter paper sandwiches
Packs of precut membrane-only sheets
Economical rolls
Applications
Transfer of low molecular–weight proteins and nucleic acids <500 bp
Protein transfer from SDS-PAGE gels to membrane in preparation for western blotting
Transfer of nucleic acids in preparation for Northern or Southern blotting
Immunodetection of target protein and probe hybridization of nucleic acids
See the Blotting Membrane and Filter Paper Selection Guide for more information on the different membrane types and size selections by gel type.
Pkg of 50, 82.5 mm, nitrocellulose membranes for use in nucleic acid blotting
Bio-Rad's 0.2 µm pore–size nitrocellulose membrane is dense 100% nitrocellulose. Pure nitrocellulose is the most frequently used membrane for the transfer of both proteins and nucleic acids. It is a proven medium for western, Northern, and Southern blotting that produces excellent signal-to-noise results. Bio-Rad nitrocellulose is easy to handle, wets readily with water-based solutions, and resists the brittleness usually associated with nitrocellulose. The 0.2 µm pore size is optimized for transferring nucleic acids and low molecular–weight proteins: the smaller pore size minimizes protein sample loss due to transfer through the membrane.
Features and Benefits
- Compatible with all standard immunoblotting and nucleic acid detection methods
- Provides superior binding capacity without background interference
- Smaller pore size minimizes low molecular–weight protein sample loss
- Available in three formats:
- Convenient precut 0.2 µm membrane/blot absorbent filter paper sandwiches
- Packs of precut membrane-only sheets
- Economical rolls
Applications
- Transfer of low molecular–weight proteins and nucleic acids <500 bp
- Protein transfer from SDS-PAGE gels to membrane in preparation for western blotting
- Transfer of nucleic acids in preparation for Northern or Southern blotting
- Immunodetection of target protein and probe hybridization of nucleic acids
See the Blotting Membrane and Filter Paper Selection Guide for more information on the different membrane types and size selections by gel type.
