Plant-Microbe InteractionsGary Stacey, Noel T. Keen Springer Science & Business Media, 1996 - 316 páginas Plant-Microbe Interactions, Volume 1 Many plant-microbe interactions have agronomic importance because of either beneficial (e.g., nitrogen fixation or biocontrol) or detrimental (e.g., pathogen esis) effects. Although these systems have been the subjects of scientific re search for many years, recently there has been a tremendous increase in our knowledge of them. The increases in this research have followed a similar general increase in plant science research. Classical plant science research disciplines (e.g., agronomy, breeding, plant physiology, systematics, etc.) have been affected by an increased focus on molecular biology. These new technologies, as well as advances in other areas, have the effect of blurring the traditional borders between research disciplines. Another factor influencing the development of this research is the increased attention given to environmental issues. These concerns have been brought about by debate over the release of genetically modified organisms and the general concern over environmental quality. Thus, research areas focused on plant-microbe interactions are presently in a period of great excitement and growth that shows every sign of continuing far into the future. As in most research areas, the rate of advance and breadth of disciplines involved in the study of plant-microbe interactions make it impossible for the average researcher or student to stay abreast of the primary scientific literature. |
Otras ediciones - Ver todo
Plant-Microbe Interactions, Volumen 1 Gary Stacey,Noel T. Keen No hay ninguna vista previa disponible - 2011 |
Plant-Microbe Interactions, Volumen 1 Gary Stacey,Noel T. Keen No hay ninguna vista previa disponible - 2011 |
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Acad activity acyl alfalfa alkaloid alleles amino analysis Annu antibiotic antifungal Arabidopsis avirulence gene bacteria biocontrol Biol biological control biosynthesis cDNA chitinase cloned coat protein compounds cucumber dikaryon disease resistance e-endophytes elicitor encoded endophytes enzyme Epichloë filamentous flavonoids fungal fusion genetic genome growth haploid hordei host plant hybrid hyphae identified induced infection inoculation isolation leguminosarum bv levels loci locus mating mechanism meliloti metabolites microbial Microbiol molecular molecules mosaic virus mutants Nod factors nod genes nodulation pathogen phenazine phenotype pheromone phytoalexins Phytopathol Phytopathology Plant Cell Plant Physiol Plant-Microbe Interactions potyvirus Proc Pseudomonas fluorescens Pseudomonas syringae region replicase resistance gene response rhizobia Rhizobium rhizosphere role root exudate salicylic acid seedlings seeds sequence signal smut fungi soil soybean specificity strains sulfated suppression synthesis syringae pv systemic tall fescue tissue tomato toxin transgenic plants transgenic tobacco plants transposon Ustilago maydis viral vitro wild-type
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Página 269 - Gianinazzi S 1989 In vitro enhancement of spore germination and early hyphal growth of a vesicular-arbuscular mycorrhizal fungus by host root exudates and plant flavonoids. Symbiosis 7, 243—255.