Author: Chen, Haifeng; Mammel, Mark; Kulka, Mike; Patel, Isha; Jackson, Scott; Goswami, Biswendu B.
Title: Detection and Identification of Common Food-Borne Viruses with a Tiling Microarray Document date: 2011_5_16
ID: ycs5rtoc_23
Snippet: We believe this methodology has the potential as a rapid alternative to conventional RT-PCR for the simultaneous detection and species/genotype identification of common food-borne viruses. This approach also allows identification of pathogens (e.g., NoV#186) whose sequences are not tiled on the array, expanding the repertoire of identifiable pathogens and their variant strains. These results demonstrate the discriminatory power of this array tech.....
Document: We believe this methodology has the potential as a rapid alternative to conventional RT-PCR for the simultaneous detection and species/genotype identification of common food-borne viruses. This approach also allows identification of pathogens (e.g., NoV#186) whose sequences are not tiled on the array, expanding the repertoire of identifiable pathogens and their variant strains. These results demonstrate the discriminatory power of this array technology particularly when applied in combination with our amplification methodology.
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