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Gene flow from transgenic canola to wild radish - a model system to determine the risks

1999

Rieger, M.A. | Preston, C. | Potter, T. | Powles, S.B. (Co-operative Research Centre for Weed Management Systems, University of Adelaide PMB 1 Glen Osmond, 5064 (Australia))

AGROVOC Keywords
australia australie biosafety brassica brassica napus fructification fruiting gene gene flow genes genetic engineering genetic transformation herbicidas herbicide herbicides hybride hybrids liasas lyase lyases malezas mauvaise herbe polen pollen raphanus raphanus raphanistrum resistance to chemicals safety seed set seguridad transgenic plants transgenics triacina triazine triazines weeds
Bibliographic information
Publisher
British Crop Protection Council
Pagination
p. 131-136
Other Subjects
Plante transgenique; Fructificacion; Acetolactate synthase; Resistencia a productos quimicos; Transformacion genetica; Organisme transgenique; Hibridos; Genie genetique; Resistance aux produits chimiques; Securite; Transgenicos; Ingenieria genetica; Transformation genetique; Plantas transgenicas
Language
English
Note
9 ref., BCPC Symposium Proceedings No.72
ISBN
1-901396-72-X
Source
Gene flow and agriculture: relevance for transgenic crops. Proceedings of a symposium held at Keele, UK on 12-14 April 1999..- Farnham (United Kingdom): British Crop Protection Council, 1999.- ISBN 1-901396-72-X
1999-08-15
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