Real-time PCR Technology
Real-time PCR has rapidly become a standard method for clinical molecular laboratories because of its ability to provide sensitive and highly specific results. Nanogen focuses its research and development efforts on creating innovative technologies and products that provide advanced diagnostic capabilities. To improve PCR performance, Nanogen has developed proprietary minor groove binder (MGB) and Superbase™ technologies for use in real-time PCR primers and probes. All MGB Alert® and Q-PCR Alert™ reagents and kits use Nanogen's MGB approach to real-time PCR, as well as its Superbase technology, to expand assay development capabilities and help overcome previously problematic assay design problems.
Detection Reagents
MGB Alert® Detection Reagents provide molecular labs a more advanced alternative for real-time PCR based assays. By leveraging the benefits of our proprietary probe technology, Nanogen is now able to provide molecular labs more powerful tools for detecting nucleic acid sequences of specific organisms associated with disease.
Detection ReagentsWhy Choose Nanogen for Real-Time PCR Testing
Nanogen's innovative MGB approach to real-time PCR combines our proprietary overlapping probe design, distinctive post-melt curve analysis and universal cycling conditions to produce better tests that easily fit into your workflow. Available for a focused menu of infectious disease targets, our Nanogen MGB Alert® detection reagents features a powerful set of tools that enable labs to develop assays at a higher rate of productivity and greater cost efficiency.
Why Choose NanogenWhy Choose Molecular Methods For Infectious Disease Testing
Gaining popularity in recent years, molecular testing methods have become the infectious disease testing method of choice for many laboratories and healthcare professionals. Molecular infectious disease tests provide highly sensitive and reliable results, can detect infectious pathogens both qualitatively and quantitatively and can produce timely test results enabling better and cheaper patient care.
Why Choose Molecular Methods