Biology of the Rhizobiaceae, Issue 13, Volume 13Kenneth L. Giles, Alan G. Atherly The taxonomy of the rhizobiaceae; Biology of agrobacterium tumefaciens: plant interactions; Agrobacterim tumefaciens in agriculture and research; Suppression of, and recovery from, the neoplastic state; Plasmid studies in crown gall tumorigenesis; The position of agrobacterium rhizogenes; Recognition in rhizobium-legume symbioses; The rhizobium bacteroid state; Exchange of metabolites and energy between legume and rhizobium; The genetics of rhizobium; Indigenous plasmids of rhizobium; Nodule morphogenesis and differentiation; Mutants of rhizobium that are altered in legume interaction and nitrogen fixation; The significance and application of rhizobium in agriculture. |
Contents
The Taxonomy of the Rhizobiaceae GERALD H ELKAN I Introduction 12612 | 1 |
J DÉNARIÉ 225 Laboratoire de Biologie Moléculaire des Relations | 12 |
Plant Interactions L W MOORE AND D A COOKSEY I Introduction | 15 |
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ability Acad acid activity addition Agrobacterium appears bacteria Bacteriol bacteroids binding Braun carrying cell wall chromosome clover containing crown gall culture cytoplasm Dazzo demonstrated derived determined disease effective et al evidence examined factors formation fragments functions genes genetic growing growth host important increase indicated induced infection thread initial inoculation insertion interactions involved isolated japonicum lectin legume leguminosarum levels Lippincott located markers meliloti membrane methods Microbiol molecular mutants Nature London Nester Newcomb nitrogen nitrogen fixation nodules nopaline normal observed occur octopine organisms plant plasmid present Press Proc produced range recent reduced region reported resistance response rhizobia Rhizobium root root hair seed seedlings selection sequences shoots showed shown similar soil soybean species strains structural studies suggested symbiotic T-DNA teratoma tion tissue transfer transformation trifolii tumefaciens tumor utilize virulent weight