Enantioselective Activity and Toxicity of Chiral Herbicides

  • Liu W
  • Tang M
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Abstract

213 pages This volume contains two sections: Mechanisms of herbicidal action and Mode of action of selected herbicides on controlling diseased, weed growth and productivity and/or growth and development of field crops. Topics are: molecular mechanism of action, immunosensors, laboratory studies, molecular modeling, weed resistance, community response, use of herbicides in biotech culture, gene flow, herbicides and risk, herbicides persistence. Contents Preface Part 1 Physiological and Molecular Mechanisms 1\tMolecular Mechanism of Action of Herbicides 2\tImmunosensors Based on Intendigitated Electrodes for the Detection and Quantification of Pesticides in Food 3\tLaboratory Study to Investigate the Response of Cucumis sativus L. to Roundup and Basta Applied to the Rooting Medium 4\tEnantioselective Activity and Toxicity of Chiral Herbicides

Figures

  • Fig. 2. Chemical structures of phenoxyalkanoic acids*; asymmetric carbon.
  • Fig. 3. Chemical structures of acetanilides.
  • Fig. 4. Chemical structures of aryloxyphenoxypropionates.
  • Fig. 5. Chemical structures of ureas.
  • Fig. 6. Chemical structures of diphenyl ethers.
  • Fig. 7. Chemical structures of organophosphorus herbicides.
  • Fig. 9. Chemical structures of imidazolinone herbicides.
  • Fig. 8. Chemical structures of triazines.

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APA

Liu, W., & Tang, M. (2011). Enantioselective Activity and Toxicity of Chiral Herbicides. In Herbicides - Mechanisms and Mode of Action. InTech. https://doi.org/10.5772/33179

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