You searched for: 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.

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Blotting membranes, Amersham™ Hybond™ 0.2 PVDF

Supplier: Cytiva

Amersham™ Hybond™ 0.2 PVDF is a 0,2 μm pore size hydrophobic membrane with high physical strength. This results in significant handling advantages over unsupported nitrocellulose and makes the membrane highly suitable for stripping and reprobing. The small pore size of the membrane minimises 'blow-through' and increases protein binding over a wide range of molecular weights. Ideal for use with standard colorimetric and chemiluminescent detection methods for proteins of

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Amersham™ Protran® Supported Nitrocellulose Western Blotting Membranes, Cytiva

Supplier: Cytiva

Amersham™ Protran® Supported is a robust protein blotting membrane, with 0,2 µm pore size, made of reinforced nitrocellulose for multiple reprobings.

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Blotting membranes, Amersham™ Hybond™ ECL™

Supplier: Cytiva

Hybond™ ECL™ gives excellent sensitivity, resolution, and low background for all labelling and detection systems (radioactive, non radioactive, and chromogenic), especially when used with ECL™, ECL™ Prime, and ECL™ Plex Western Blotting Detection kits and reagents. Special packaging features include interleaf on both sides of the membrane and air-tight resealable aluminium bag with label space for marking the 'opened on' date.

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Blotting membrane, nitrocellulose

Supplier: Sartorius

These nitrocellulose blotting membranes are ideal for Western blotting, DNA blotting, as well as dot or slot blots. They are optimally adapted to all protein blotting systems, such as electro transfer, semi-dry or simple capillary blotting. A high protein binding capacity is combined with low background to give good blocking possibilities. High membrane stability ensures easy handling of the blotting membrane, even when wet.