

Home − Products − Discovery & Translational Research − Detection − ISH & Northern Blotting − SNP Detection − Rotor-Gene Type-it HRM Discovery Kit ISH & Northern Blotting FISH 1 miRNA Detection 3 mRNA/lncRNA Detection 1 SNP Detection 4 Rotor-Gene Type-it HRM Discovery Kit Print For demonstration and evaluation of successful HRM-based genotyping analysis on the Rotor-Gene Q Successful evaluation of HRM-based genotyping on the Rotor-Gene Q Includes 2 preoptimized HRM assays (class IV A/T SNP and deletion) Complete kit format with master mix, assays, and template DNA Distinct melting curves due to novel EvaGreen fluorescent dye The Rotor-Gene Type-it HRM Discovery Kit has been developed to demonstrate the high performance of Type-it HRM chemistry, in combination with the advanced thermal and optical properties of Rotor-Gene Q, for detection of gene mutations and SNPs. The reliability and reproducibility of high-resolution melting (HRM) analysis with Rotor-Gene technologies is thoroughly evaluated using the Rotor-Gene Type-it HRM Discovery Kit. For a wealth of information on this unique technology and its successful utilization in a range of research fields, please visit our HRM Spotlight.

Rotor-Gene Type-it HRM Discovery Kit

For demonstration and evaluation of successful HRM-based genotyping analysis on the Rotor-Gene Q

Successful evaluation of HRM-based genotyping on the Rotor-Gene Q
Includes 2 preoptimized HRM assays (class IV A/T SNP and deletion)
Complete kit format with master mix, assays, and template DNA
Distinct melting curves due to novel EvaGreen fluorescent dye

The Rotor-Gene Type-it HRM Discovery Kit has been developed to demonstrate the high performance of Type-it HRM chemistry, in combination with the advanced thermal and optical properties of Rotor-Gene Q, for detection of gene mutations and SNPs. The reliability and reproducibility of high-resolution melting (HRM) analysis with Rotor-Gene technologies is thoroughly evaluated using the Rotor-Gene Type-it HRM Discovery Kit. For a wealth of information on this unique technology and its successful utilization in a range of research fields, please visit our HRM Spotlight.