货号：	11306-41BL
现货状态：	有
供应商：	研卉生物
数量：	5
规格：	30cmx3m/卷

赛多利斯NC膜0.22 11327-41BL
赛多利斯NC膜0.45um 11306-41BL
https://www.sartorius.com/fileadmin/fm-dam/sartorius_media/Lab-Products-and-Services/Lab-Filtration/Filters-and-Holders/Blotting-Membrane/Data-Sheets/Data_Nitrocellulose_Membrane_for_Blotting_SL-2069-e.pdf

Nitrocellulose Blotting Membran 11306------41BL

Nitrocellulose blotting membranes 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 due to good blocking possibilities. High membrane stability ensures easy handling of the blotting membrane, even in a wet condition.

Optimally suited for dot or slot blot

Fast and complete protein transfers

Availabe with 0,22 µm and 0,45 µm pore size

High surface area

High protein binding capacity of > 200 µg/cm² IgG

Description

Nitrocellulose membranes are the perfect choice for western blotting, DNA blotting as well as dot or slot blots. Our nitrocellulose membranes are available in 0.22 μm and 0.45 μm pore size. They are optimally adapted to all protein blotting systems such as electro transfer, semi-dry or simple capillary blotting. The membrane can easily be cut to the desired gel dimension.
As nitrocellulose polymers are inherently hydrophobic, a characteristic which greatly contributes to their very high protein binding capacity, the Sartorius Stedim Biotech membrane has been specifically manufactured with hydrophilic reagents in order to allow the membrane to be wetted in a fast and uniform fashion.
The 0.22 μm and 0.45 μm Nitrocellulose membranes show an optimal structure for blotting applications. The small pore sizes allow for a high protein / DNA binding capacity onto the sponge like 3 dimensional structures. Up to 200 μg of IgG can be adsorbed in one cm² of our Nitrocellulose membrane. At the same time, the high pore ratio allows for a fast flow across the membrane. After protein transfer, the nitrocellulose membrane can be blocked and rinsed according to usual protocols followed by the required detection method.