BisulFlash DNA Modification Kit|DNA甲基化修飾試劑盒

產品編號: P-1026-050 

產品名稱：BisulFlash DNA Modification Kit|DNA甲基化修飾試劑盒

供應商：epigentek

規(guī)格：50次

目錄價：1792

庫存狀態(tài)：現(xiàn)貨

相關信息：

The BisulFlash™ DNA Modification Kit is a complete set of optimized buffers and reagents to perform DNA modification using a next generation DNA bisulfite conversion technology developed by Epigentek. Through a proprietary composition which allows DNA denaturation and bisulfite conversion to be processed at the same time, the complete procedure is reduced to only 30 minutes. Furthermore, it prevents more than 90% of DNA loss, completely converting unmethylated cytosine into uracil. 

Perfecting Bisulfite Conversion

Traditional methods involve a separate denaturation step followed by a subsequent sodium bisulfite DNA conversion step -- but with the BisulFlash™ method, DNA denaturation status is concurrently sustained throughout the entire bisulfite DNA conversion process. This breakthrough approach enables the DNA conversion process to be significantly faster with higher conversion efficiency and accuracy. We continue to innovate with the development of the new BisulFlash™ kit by identifying four critical components of bisulfite conversion: 

Speed: Reduce the entire procedure to as short as 30 minutes without any reagent setup time. 

Efficiency: Completely convert unmethylated cytosine into uracil -- modified DNA > 99.99%. 

DNA Protection: Protect against DNA degradation of which more than 90% of DNA loss can be prevented, allowing for greater recovery. 

Sensitivity: Start with the lowest amount of input DNA for modification -- only 0.2 ng or just 50 cells. 

The convenient ready-to-use, DNA conversion mix solution and single temperature incubation along with the features mentioned above allow for true perfection in bisulfite conversion. The BisulFlash™ DNA Modification Kit is suitable for MS-PCR, real time MS-PCR, methylation microarray, and pyrosequencing. Additionally, based on its ability for a complete cytosine conversion, it is specifically suitable for next generation methylation sequ