Bertold Hock, Erich F. Elstner
CRC Press, Sep 28, 2004 - Medical - 664 pages
In order to keep track of all the compounds and pathogens affecting plant metabolism and development, you would need to spend all your waking hours combing periodicals and the Internet in dozens of languages, as new toxins via pollutants and migratory or mutant pathogens are being discovered every day.
Plant Toxicology, Fourth Edition start
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abscisic acid accumulation activity allelopathic amino acids antibiotic antioxidants apoplast Arabidopsis auxin binding Biol biosynthesis Ca2+ cell death cell wall chain channels chloroplasts compounds concentrations conjugates crop cuticle cytochrome cytokinin cytosolic detoxification effects elongation Elstner enzyme ethylene fatty acids Figure formation function fusicoccin gene glutathione glyphosate gradient growth herbicides higher plants increase induced infection inhibition inhibitors interaction jasmonate kinase leaf lipid maize mechanism metabolism metabolites microtubules mitochondria molecular molecules mRNA organic oxidase oxidative oxygen species ozone pathogen pathway peroxidation Pestic Biochem Physiol phenolic phloem photosynthetic photosystem Plant Cell Plant Physiol plasma membrane plasmalemma potential processes production protein synthesis radical reactions reactive oxygen species receptors redox reduced regulation resistance response ribosome role root safeners salicylic salinity signal transduction soil soybean stress structure superoxide symptoms synthase target tissue tobacco tolerance toxicity toxin transgenic uptake vacuole virus xenobiotics xylem