Towards detection of unknown GMOs

Arne Holst-Jensen, Knut Berdal, Yves Bertheau, Marco Bohanec, J. Bohlin, Maher Chaouachi, Kristina Gruden, Sandrine Hamels, Esther Kok, A. Krech, A.B. Kristoffersen, Valérie Laval, Serge Leimanis, M. Lovoll, Dany Morisset, A. Nemeth, Nina Papazova, Theo Prins, José Remacle, P. RichlTom Ruttink, Isabel Taverniers, Torstein Tengs, Jeroen P. van Dijk, Dörte Wulff, Jana Zel, H. Zhang, M. Znidarsic

    Onderzoeksoutput: Hoofdstuk in Boek/Rapport/CongresprocedureBijdrage aan een boek/anthologie

    Uittreksel

    The state-of-the-art technology for detection of genetically modified organisms (GMOs) is polymerase chain reaction. The targets are novel sequences such as genes, but the insertion locus sequences are also important for GMO identification. GMOs go through a series of developmental stages, in which field trials precede commercial releases. GMO developers only exceptionally publish details on inserted novel sequences unless such publication is, for example, required by legislation. Information on novel sequences of GMOs may therefore be sparse, and in some cases completely missing, making the development and implementation of detection methods extremely difficult. In this chapter, we present an overview of the problems and proposed possible solutions to challenges associated with detection and correct identification of GMOs, with particular emphasis on unknown GMOs.
    TaalEngels
    TitelGenetically modified and non-genetically modified food supply chains: co-existence and traceability : co-existence and traceability
    EditorsYves Bertheau
    Aantal pagina's15
    UitgeverijWiley-Blackwell
    Datumnov-2012
    Pagina's367-382
    ISBN van geprinte versie978-1-4443-3778-5
    StatusGepubliceerd - nov-2012

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