AllView SDS-PAGE Buffer
| Code | Size | Price |
|---|
| TM0011-500mL | 500 mL | £309.00 |
Quantity:
Prices exclude any Taxes / VAT
Overview
Regulatory Status: RUO
Storage:
Store in the dark at room temperature. Avoid prolonged exposure to light.
Documents
Further Information
Form:
Liquid
Note:
The recommended acrylamide concentration is 6% for resolving gel and 3% for stacking gel to separate the entire range of about 10 kDa to 250 kDa. Especially if the separation of low molecular weight proteins (10 kDa~30 kDa) is required, 10% resolving gel is recommended.
Product Description:
AllView SDS-PAGE Buffer has a remarkable feature that enable us to separate proteins with wide range of molecular weights in the basic Laemmli gel (Tris-HCl) similar to using gradient gel. After electrophoresis, the polyacrylamide gel can be used directly for CBB staining, silver staining or western blotting.
Quality Control Testing:
AllView SDS-PAGE Buffer enable us to separate proteins widely during SDS-PAGE like gradient gel.
Recommend Dilutions:
Electrophoresis (dilute with ultrapure water to 1x solution before use).
Supplied Product:
AllView SDS-PAGE Buffer is suitable for Laemmli gels
If precast gels are used, the optimal acrylamide concentration may be different.
AllView SDS-PAGE Buffer is not reusable.
AllView SDS-PAGE Buffer is 20x stock solution. Please dilute to 1x solution before use.
If precipitation of SDS is observed, completely dissolve it in a water bath (about 37°C) before use.
Optimal electrophoretic time is depending on acrylamide concentration, gel size and voltage. Accordingly, it is recommended to monitor electrophoresis using a prestained Protein MultiColor Marker (Cat # TM0009).
If precast gels are used, the optimal acrylamide concentration may be different.
AllView SDS-PAGE Buffer is not reusable.
AllView SDS-PAGE Buffer is 20x stock solution. Please dilute to 1x solution before use.
If precipitation of SDS is observed, completely dissolve it in a water bath (about 37°C) before use.
Optimal electrophoretic time is depending on acrylamide concentration, gel size and voltage. Accordingly, it is recommended to monitor electrophoresis using a prestained Protein MultiColor Marker (Cat # TM0009).