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Thermo Scientific™ PVDF Transfer Membranes, 0.2 μm
Pierce PVDF Transfer Membranes are made of high-quality polyvinylidene difluoride and provide high binding capacity for proteins and nucleic acids for western, Southern, and northern blotting methods.
157.00 €
Specifications
| Material | PVDF |
|---|---|
| Pore Size | 0.2 μm |
| Content And Storage | Store membranes flat at ambient temperature and away from chemical vapors. Some solvent vapors may partially dissolve the membranes, which will disrupt the pore structure. |
| Shipping Condition | Room Temperature |
| Product Code | Brand | Product Type | Dimensions (LxW) | Format | Sufficient For | Price | Quantity & Availability | ||
|---|---|---|---|---|---|---|---|---|---|
| Product Code | Brand | Product Type | Dimensions (LxW) | Format | Sufficient For | Price | Quantity & Availability | ||
|
10501664
|
Thermo Scientific™
22860 |
Pierce Low-Fluorescence PVDF Transfer Membrane | 8.4 x 7 cm | Sheet | 10 Mini-gel Blots |
157.00 €
Pack of 10 |
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Description
Pierce PVDF Transfer Membranes are made of high-quality polyvinylidene difluoride and provide high binding capacity for proteins and nucleic acids for western, Southern, and northern blotting methods. The 0.2-μm pore size is ideal for protein analysis of small amounts of proteins (as little as 10 pmoles), amino acid analysis, and transfer of small molecular weight proteins and peptides. For best results, preactivate the membrane with 100% alcohol.
Features include:
• Re-probe characteristics—high mechanical strength makes PVDF an excellent membrane for stripping and re-probing
• Durability—compatible with most organic solvents, acids, and mild bases
• Compatible with commonly used transfer conditions and detection methods such as staining, chemiluminescence, and radiolabeling. Choose Low-Fluorescence PVDF Transfer Membrane for fluorescent western blotting
• High sensitivity—exceptional binding capacity makes PVDF the ultimate choice for low abundance proteins
Specifications
| PVDF | |
| 0.2 μm | |
| Store membranes flat at ambient temperature and away from chemical vapors. Some solvent vapors may partially dissolve the membranes, which will disrupt the pore structure. | |
| Room Temperature |