
Electrophoresis
SequaGel MD SSCP Kit
$195.00
Quantity discount when you buy 4 or more kits!
Hazardous Shipping Fees: This product may incur an additional hazardous shipping fee. We will pack the products to minimize all shipping costs, and the final charge will reflect the shipping cost and any applicable hazardous fees charged by FedEx.
Catalog number: EC-846
Size: 1 Kit
Point Mutation Analysis
Matrix and Loading Buffer Optimized for SSCP
Description
Quantity discount when you buy 4 or more kits!
Hazardous Shipping Fees: This product may incur an additional hazardous shipping fee. We will pack the products to minimize all shipping costs, and the final charge will reflect the shipping cost and any applicable hazardous fees charged by FedEx.
Catalog number: EC-846
Size: 1 Kit
- Point Mutation Analysis
- Matrix and Loading Buffer Optimized for SSCP
SequaGel MD SSCP Kit permits minor mutational differences in DNA sequences to be detected as a high-resolution relative mobility (Rf) shift. SequaGel MD is a proprietary formulation, supplied as a 2X stock, designed to resolve sequence-related differences by SSCP (Single Strand Conformational Polymorphism).
DNA mutations, or sequence modifications, are readily associated with specific disease states. Since a variation of a single nucleotide in a sequence may indicate a significant genetic anomaly, an extremely sensitive method to analyze these mutations is necessary.
SequaGel MD is designed to run SSCP samples in the 100-300 nucleotide range at a 0.5X concentration. Small fragments may be better resolved by using higher concentration (0.75X) gels. Larger fragments may be better resolved by running lower concentration (0.4X) gels.
The kit contains 200ml of SequaGel MD Monomer and SSCP Stop Solution.
P samples in the 100-300 nucleotide range at a 0.5X concentration. Small fragments may be better resolved by using higher concentration (0.75X) gels. Larger fragments may be better resolved by running lower concentration (0.4X) gels. SequaGel MD is designed to run heteroduplex analysis on DNA fragments up to 900 bases at a 1X concentration.