University of Oxford / laboratory Luria / Plant Sciences / Many plant / /
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in vivo expression technology / gene fusion technologies / ordinary housekeeping amino acid metabolism machinery / gene fusion technology / ribosome binding site / gene products / acyl carrier protein / promoter-trapping technology / metal transport / laboratory media / putative ribosome binding site / selected rhi gene products / chemical and biological properties / adverse soil chemical conditions / physical and chemical properties / nutrient scavenging systems / important chemical constituents / /
Environmental Microbiology[removed]), 243–257 Adaptation of Pseudomonas fluorescens to the plant rhizosphere Paul B. Rainey Department of Plant Sciences, University of Oxford,