Transfer Membranes
Highly sensitive transfer membranes use capillary action methods to separate DNA, RNA, or protein fragments for detection. Working well with the gels and buffers required for transfer and immobilization steps, the transfer membranes are durable enough to be subjected to multiple stripping, reprobing, hybridization cycles. The high-binding discs, sheets, and rolls come in various pore sizes and charges to fit any blotting techniques in molecular biology and genetic research.
Pierce™ Transfer Membranes, PVDF, Thermo Scientific
Supplier: Invitrogen
Hydrophobic transfer membranes made of high quality PVDF, which provides high binding capacity for proteins and nucleic acids.
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Nitrocellulose Membrane, 0.2 µm, Bio-Rad
Supplier: Bio-Rad
Bio-Rad 0.2 µm pure nitrocellulose membrane is recommended for blotting nucleic acids <550 bp and low molecular weight proteins. The 0.2 µm pore size minimizes protein sample loss due to transfer through the membrane. For larger target proteins and nucleic acids, Bio-Rad 0.45 µm nitrocellulose is recommended.
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Nitrocellulose Membrane, 0.45 µm, Bio-Rad
Supplier: Bio-Rad
Bio-Rad 0.45 µm pure nitrocellulose membrane is recommended for analytical blotting, including western blotting, dot/slot blot screening, northern blotting, and Southern blotting
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Supported Nitrocellulose Membrane, 0.2 µm, Bio-Rad
Supplier: Bio-Rad
Blotting membranes for proteins and nucleic acids. Bio-Rad's 0.2 µm supported nitrocellulose membrane, available precut or in economical rolls, is recommended for western blotting, dot/slot blot screening, northern blotting, and Southern blotting.