BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor J Downie
Current InstitutionJohn Innes Centre
Current DepartmentMolecular Microbiology
Institution websitehttp://www.jic.ac.uk
Previous Institutions

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
94/B1/P/00951 Genetic and biochemical characterisation of a novel strain of Rhizobium leguminosarum that overcomes nitrate inhibition Principal Supervisor 29,397 Studentships
95/A1/G/00745 Cell-density dependent regulation of gene expression in Rhizobium leguminosarum during legume nodulation Principal Supervisor 31,191 Studentships
96/B1/P/02671 Analysis of nodulation signal transduction using transgenic peas Principal Supervisor 31,607 Studentships
97/B1/P/03647 Characterisation of a protein secreted from pea roots in response to rhizobial nodulation factors Principal Supervisor 32,558 Studentships
98/B1/P/04664 Cell density-dependent regulation of rhizobial gene expression by quorum sensing Principal Supervisor 33,602 Studentships
99/B1/P/05576 Analysis of the role of a quorum-sensing regulatory cascade in rhizosphere growth of Rhizobium leguminosarum Principal Supervisor 35,156 Studentships
BB/D521749/1 Calcium signal transduction during nodulation Co-investigator 278,336 Research Grant
BB/E017045/1 Characterisation of a novel type of surface polar attachment induced in Rhizobium leguminosarum by a pea root exudate metabolite Principal Investigator 438,195 Research Grant
BB/I025441/1 Resources for the Study of the Beneficial Symbioses in Model Legumes Co-investigator 24,383 Research Grant
BBS/E/J/00000012 Understanding the molecular biology of symbiotic nitrogen fixation Principal Investigator 3,387,010 Institute Project
BBS/E/J/00001203 Isolation of Rhizobium tropici mutants with enhanced respiration and nitrogen fixation Principal Investigator 3,454 Institute Project
BBS/E/J/00001217 Impact of small molecule mediated cell-cell communication on the efficacy of inoculant bacteria in the rhizosphere Principal Investigator 76,902 Institute Project
BBS/E/J/00001222 Mechanism of action of Rhizobium nod factors Principal Investigator 5,151 Institute Project
BBS/E/J/00001230 Quorum-sensing control of stationary phase adaptation and associated resistance to environmental stresses in Rhizobium leguminosarum Principal Investigator 60,125 Institute Project
BBS/E/J/00001238 Quorum-sensing control and root-exudate mediated induction of rhizobial genes expressed in the rhizosphere Principal Investigator 48,006 Institute Project
BBS/E/J/00001242 Ecological and environmental biosafety assessment of novel plant and microbial biotechnology products Principal Investigator 34,781 Institute Project
BBS/E/J/0000A166 Genes and proteins involved in the growth of Rhizobium leguminosarum in biofilms on solid surfaces and legume roots Principal Investigator 79,081 Institute Project
BBS/E/J/0000A246 Calcium signal transduction during nodulation Co-investigator 139,952 Institute Project
BBS/E/J/000CA282 Perception of Symbiotic Signals by Legumes Principal Investigator 131,272 Institute Project
BBS/E/J/000CA302 Characterisation of a novel type of surface polar attachment induced in Rhizobium leguminosarum by a pea root exudate metabolite Principal Investigator 133,346 Institute Project
BBS/E/J/000CA523 An open consortium for molecular understanding of ash dieback disease Principal Investigator 75,967 Institute Project
BBS/S/A/2004/10997 Positional expression and role of R.leguminosarum extracytoplasmic-function (ECF) sigma factors during symbiosis Principal Supervisor 47,623 Studentships
BBS/S/P/2003/10487 Characterisation of genes which promote attachment of rhizobia to legume roots Principal Supervisor 44,773 Studentships
BRE13665 Quorum-sensing control and root-exudate mediated induction of rhizobial genes expressed in the rhizosphere Principal Investigator 164,588 Research Grant
P19406 Developmental pathway of bacteroid formation in Rhizobium leguminosarum Co-investigator 386,220 Research Grant
P19980 Genes and proteins involved in the growth of Rhizobium leguminosarum in biofilms on solid surfaces and legume roots Principal Investigator 196,058 Research Grant
PRS12210 Quorum-sensing control of stationary phase adaptation and associated resistance to environmental stresses in Rhizobium leguminosarum Principal Investigator 155,804 Research Grant
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