Member since: 2021
Organization: Department of Science and Technology
Great kit. Easy to use and accurate!
Application Area: Pathogen detection
"The use of this kit is very convenient for lab analysts - since it has a very simple workflow from DNA extraction to real time PCR detection, very accurate and reliable. We have been using this product for Salmonella detection in food products both in research and development and testing areas. The only downside is it is very costly."
Member since: 2020
Organization: Grupo Granjas La Caridad C.A
"Efficient for typing mobile and immobile Salmonellas."
The iQ-Check Salmonella II PCR Detection Kit is based on the fast, sensitive, and proven technology of real-time PCR. The kit is intended for detecting Salmonella spp. in animal feed and environmental samples, as well as in food samples such as poultry, eggs, and raw meats.
Due to the sensitivity and specificity of PCR, results can be obtained in little as 12 hr for raw meat samples and in 20 hr for all other samples following a single enrichment in a nonselective medium.
Highly Specific and Reliable
The iQ-Check Salmonella II Kit uses an optimized system of primers and probes to ensure high specificity and eliminate cross-reactions. It is designed as a multiplex reaction that includes an internal inhibition control that is amplified in parallel with the target DNA for a reliable result.
Developed as an open and flexible system, the iQ-Check Salmonella II Kit can be used for up to 94 samples. Reactions can be run on low- or high-throughput Bio-Rad instruments, depending on the laboratory’s needs. Different iQ-Check assays can be run in parallel on the same plate.
The iQ-Check Salmonella II protocol has been validated by several certification bodies. These validation studies have shown that the kit is equivalent to or better than the various reference methods evaluated and provides results in much less time.
A Complete Solution
Bio-Rad offers a complete solution with standardized reagents, such as enrichment media, PCR kits, confirmation agars, and PCR detection systems, in addition to software for automated analysis specific to each test.