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IntroductionOur holistic approach integrates cellular physiology, molecular genetics (including functional genomics), biochemistry and structural biology. In the Department of Molecular Microbiology we study bacterial metabolism, physiology, gene regulation and development, and plant-bacterial interactions. Major themes of our work on Gram-negative bacteria are the molecular basis of signal transduction in response to various environmental signals and studies on the biology of ammonia channel proteins which are conserved in all domains of life. The Department's comprehensive Streptomyces programme, studying antibiotic production, morphological differentiation and stress responses, is underpinned by the newly-acquired genome sequence of the model species S. coelicolor, and cutting-edge techniques in functional genomics. In the Rhizobium-legume symbiosis, our studies encompass rhizosphere microbiology, Rhizobium quorum-sensing, plant-bacterial signalling, legume infection and nodulation, and carbon and nitrogen exchange between the plant and nitrogen-fixing rhizobia. The Department capitalises on JIC's emerging strengths in functional genomics, structural biology and advanced cytological techniques, as well as exploiting novel links between research on bacterial and plant processes. Useful LinksFoodborne Bacterial Pathogens Programme - IFRSchool of Biological Sciences - UEA Micron - Microbiology in Norwich SocietiesSociety for General MicrobiologyThe Society for Industrial Microbiology The American Society of Microbiology FEMS - Federation of European Microbiological Societies MeetingsProf. Sir David Hopwood's Summer SchoolSociety for General Microbiology Meetings American Society for Microbiology Meetings Society for Industrial Microbiology Meetings Federation of European Microbiological Societies Meetings BacNet/10 |