View Document Preview and Link Document Date: 2014-06-16 11:35:21 Open Document File Size: 204,17 KB Share Result on Facebook
City Edinburgh / / Company SPSS Inc. / GenBank / Qiagen / Promega Corp. / Harris SA / Creative Commons / Bio-Rad / / Continent Asia / / Country Netherlands / Australia / United Kingdom / Denmark / / Currency USD / / / Event Reorganization / / Facility Plant Mol Biol / plant DNA / University of Copenhagen / Natural History Museum / Leiden Botanical Garden / Laboratory of Molecular Systematics / Wageningen University / Plant Herbarium Tissue / Bridge PD / Plant Herbarium Tissue Martijn Staats1 / Natural History Museum of Denmark / Plant Physiol Biochem / / IndustryTerm antioxidant machinery / gas-ovens / web-based genome analysis tool / Real-time detection / web interface / non-specific amplification products / extraction protocols / tissue processing / chemical treatments / reagents/materials/analysis tools / chemicals / amplification protocols / / NaturalFeature Hills HH / Andes / / OperatingSystem XP / / Organization Universitat Pompeu Fabra / Universidad de Los Andes / Bogota / Laboratory of Molecular Systematics / Institut de Biologia Evolutiva / Wageningen University / University of Copenhagen / Copenhagen / / Person Van Parys / Ria Vrielink-van / Paul J.A. Kebler / Van Bel / Jan de Koning / / Position original author / Editor / Author / M13 forward / representative / Hollingsworth PM / / Product A280 / / ProgrammingLanguage Lazarus / / PublishedMedium PLoS ONE / Los Andes / / Technology genomics / proteomics / amplification protocols / cloning / optimizing DNA extraction protocols / Sequencing technologies / / URL http / SocialTag 
DNA Damage in Plant Herbarium Tissue Martijn Staats1, Argelia Cuenca2, James E. Richardson3,4, Ria Vrielink-van Ginkel1, Gitte Petersen2, Ole Seberg2, Freek T. Bakker1* 1 Biosystematics Group, Wageningen University, Wage