Plant Disease: An Advanced Treatise: How Plants Suffer from Disease
How plants suffer from disease; How healthy plants grow; The dynamic nature of disease; The capture and use of energy by diseased plants; Dysfunction in the flow of food; Dysfunction of the water system; Disturbed mineral nutrition; Alteration of growth by disease; Crown gall: a unique disease; Plant teratomas; Dysfunction and shortfalls in symbioticresponses; Disrupted reproduction; Tissue is disintegrated; The engineering mechanics of pathogenesis; Disease alterations in permeability and membranes; Changes in intermediary metabolism caused by disease; Transcription and translation in diseased plants; Senescence and plant disease; Relation between biological rhythms and disease.
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Where Are the Potentials for Progress in Plant Pathology Today?
CHAPTER 2 HOW HEALTHY PLANTS GROW
Plant Responses to Environmental Changes
75 other sections not shown
Academic Press accumulation acid activity Annu auxin bacteria biochemical cause cell wall changes chloroplast components crown gall cycle cytokinins decay decrease diseased plants ectomycorrhizae effects energy environment enzymes factors fruit function fungal fungi gene genetic gibberellins Heitefuss hormones host host-parasite hypothesis increase induced infection inhibit interactions Kozlowski leaf leaves lignin mechanisms membrane metabolic metabolites mineral mycorrhizal nematodes nitrogen nitrogen fixation nodules normal nutrients nutrition occur organisms parasite pathogenesis pathogens pathway pectic permeability phloem phosphate photoassimilates photorespiration photosynthesis physiological phytoalexins Phytopathol Phytopathology plant cell plant disease plant growth Plant Pathol Plant Pathology Plant Physiol plant tissues plasmalemma plasmid potato potential processes production protein reaction reduced resistance respiration response result rhizobia rhythms root seed senescence soil specific stem stomatal stress structure studies susceptible symptoms synthesis teratomas tion toxins translocation transport trees tumor uptake vascular vessels virus viruses wilt wood wound xylem York