Edited by Gary Stacey and Noel T. Keen SCROLL DOWN TO ORDER THIS TITLE. As the impact of plant-microbe interactions in the form of pathogenicity, beneficial symbioses, and biocontrol on agriculture becomes clearer, the volume of published research in the field is increasing dramatically. The goal of the Plant-Microbe Interactions Series is to synthesize and chronicle recent advances in this cutting-edge science. Plant-Microbe Interactions, Volume 4 explores examples of microorganisms and their sometimes unexpected effects on plants. Coverage includes: -- an exploration of the effects in the Rhizobium-plant relationship, a reciprocal arrangement with signal perception and response moving between the partners. -- look at the Xanthomonas avr/pth gene and its dichotomous role as a virulence factor that is the product of antivirulence genes, and as such elicits active defense in some plants. -- an investigation of the role of active oxygen, particularly as a stimulus to active defense. -- a discussion of examples of pathogens that produce suppressor substances that block active plant defense responses and are required for full pathogen virulence. a description of the current understanding of how pathogen signals (e.g., elicitors) activate plant gene expression, which is important to the development of plant resistance. This book is a must-have for anyone currently involved in research involving plant-microbe interactions, as well as future generations of scientists whose research will build upon these advancements. 1999; 6" x 9" hardcover; 296 pages; 46 black and white illustrations ISBN 0-89054-228-7 Table of Contents Series Preface; Volume Preface; Contributors; Genetic basis for broad host range in rhizobia; Xanthomonas avr/pth family; Hypovirulence; Oxidative burst; Role of suppressors in plant pathogenesis; Identification of plant genes involved in plant-microbe interactions; Iron and Biocontrol; Transcriptional regulation of plant genes responsive to pathogens and elicitors; Index |
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