制造商/商品名称
Whatman 10439194
Whatman Article No. 28415489 (US reference)
宽度 × 长度
20 cm × 3 m
孔径
0.45 μm pore size
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一般描述
Optitran membrane consists of pure 100% nitrocellulose supported by an inert polyester non-woven material within the membrane. The support does not affect transfer conditions or results and gives the membrane exceptional handling characteristics, allowing it to be reprobed repeatedly.
The Optitran nitrocellulose membrane provides high sensitivity with very low non-specific binding. Using standard nitrocellulose protocols, stringent washing and blocking conditions are not necessary.
The combination of flexibility, strength and excellent signal-to-noise ratios makes the Optitran membrane ideal, especially when experiments involve repeated stripping and reprobing. Optitran supported nitrocellulose membranes combine sensitivity, strength and savings. Optitran binding capacity: 75-90 μg/cm2; autoclavable (liquid cool cycle).
These provide the same excellent characteristics as the Protran nitrocellulose with the addition of handling strength, 75-90 μg/cm2 binding capacity.
The Optitran nitrocellulose membrane provides high sensitivity with very low non-specific binding. Using standard nitrocellulose protocols, stringent washing and blocking conditions are not necessary.
The combination of flexibility, strength and excellent signal-to-noise ratios makes the Optitran membrane ideal, especially when experiments involve repeated stripping and reprobing. Optitran supported nitrocellulose membranes combine sensitivity, strength and savings. Optitran binding capacity: 75-90 μg/cm2; autoclavable (liquid cool cycle).
These provide the same excellent characteristics as the Protran nitrocellulose with the addition of handling strength, 75-90 μg/cm2 binding capacity.
- High binding, low background
- Superior handling characteristics
- Triton free matrix
其他说明
Field of Use : For internal research use only. Products are not intended for diagnostic use or resale.
法律信息
Optitran is a registered trademark of Cytiva
Whatman is a registered trademark of Cytiva
Sunniva Stordal Bjørklund et al.
BMC cancer, 15, 524-524 (2015-07-18)
Alternate transcripts from a single gene locus greatly enhance the combinatorial flexibility of the human transcriptome. Different patterns of exon usage have been observed when comparing normal tissue to cancers, suggesting that variant transcripts may play a role in the
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