Community Research and Development Information Service - CORDIS

Multiplex array method for identification of present Fusarium species in cereal matrices

The result is a modular DNA array system for multiplex detection of Fusarium species. The system can be expanded to include additional taxa, including non-Fusarium species.

The system is built on technology owned by Eppendorf Array Technology (EAT), and is developed in close collaboration with EAT and the University of Namur, Belgium. Specific hybridisation probes are developed on the basis of unique sequence motifs identified from character based phylogenetic analyses of one or more genes. The gene(s) can be PCR amplified with "universal" primers, and the resulting population of amplification products is analysed qualitatively by array hybridisation.

Diagnostic probes will be the intellectual property of the developers, and the EAT technology will be used to provide cheap and affordable arrays and readers for diagnostics. The result will provide a fast, reliable and affordable alternative to conventional microbiological testing (culturing, microscopy) and qualitative PCR (specific primers, gel electrophoresis) and may be particularly useful to screen agricultural crops for presence of potential pathogens and toxigenic fungi. The system is likely to be further developed into a (semi)quantitative system.

The system is under expansion and optimisation and will be subjected to large scale validation prior to commercialisation. Licence agreements are foreseen with laboratories in- and outside Europe.

More information on the DETOX-FUNGI project can be found at: http://detox.ba.cnr.it.

Reported by

National Veterinary Institute
ULLEVAALSVEIEN 68
0106 OSLO
Norway
See on map
Follow us on: RSS Facebook Twitter YouTube Managed by the EU Publications Office Top