Transfer Membranes

Supplier: Merck

Hydrophobic PVDF transfer membrane for western blotting using fluorescent, chemifluorescence, chromogenic, or chemiluminescence.

Supplier: Merck

Triton-free, mixed cellulose esters transfer membrane.

Supplier: Merck

Immobilon®-P, Immobilon-P blotting sandwich transfer membranes, 7×8,4 cm

Supplier: Merck

The first PVDF transfer membrane for western blotting that wets out in transfer buffer or water. For chemiluminescence or chromogenic detection.

Supplier: Merck

Triton-free, mixed cellulose esters transfer membrane, includes 1 dispenser.

Supplier: Cytiva (Formerly Pall Lab)

Biodyne® Transfer Membranes offer high sensitivity and low background for enhanced detection and resolution. They are ideal for nucleic acid detection.

Supplier: Merck

Immobilon-NC (HATF) membrane is composed of a mixed cellulose esters matrix. It is devoid of surfactants that may interfere with cell wall integrity during cell growth

Supplier: Merck

PVDF transfer membrane hydrophobic for western blotting using chemiluminescence, chromogenic or radioactive detection methods.

Supplier: Abcam

High quality 0.22 um nitrocellulose membranes that are more durable than standard nitrocellulose membranes. ab133413 yields clearer blots as the membrane is less prone to distortion.

Supplier: Abcam

Pre-cut membranes (10 sheets, 7 x 9 cm), compatible with gels 10 x 10 cm and smaller.

Supplier: Abcam

High quality 0.45 um nitrocellulose membranes that are more durable than standard nitrocellulose membranes. ab133412 yields clearer blots as the membrane is less prone to distortion.

Supplier: Merck

Hydrophobic immobilon-P PVDF transfer membrane for western blotting using chemiluminescence, chromogenic or radioactive detection methods.

Supplier: Merck

These Immobilon® PVDF membranes, each optimised for different protein blotting applications.

Supplier: Thermo Fisher Scientific

Nitrocellulose membranes are a popular matrix used in protein blotting because of their high protein-binding affinity, compatibility with a variety of detection methods (chemiluminescence, chromogenic, and fluorescence), and the ability to immobilise proteins, glycoproteins, or nucleic acids. Protein immobilisation is thought to occur by hydrophobic interactions, and high salt and low methanol concentrations help improve protein immobilisation to the membrane during electrophoretic transfer, especially for proteins with higher molecular weights. Nitrocellulose membranes are not optimal for electrophoretic transfer of nucleic acids, as the high salt concentrations that are required for efficient binding will effectively elute some or all of the charged nucleic acid fragments.

Supplier: Thermo Fisher Scientific

Biodyne™ A nylon membranes are sheets of unmodified nylon that provide excellent binding characteristics for nucleic acid transfer, blotting and detection methods. Biodyne™ A nylon membrane is manufactured with a matrix pore size of 0,45 micron. It contains both negatively and positively charged groups, enabling it to bind many kinds of macromolecules.

Supplier: Thermo Fisher Scientific

Transfer membranes made of high quality PVDF, which provides high binding capacity for proteins and nucleic acids.