Investigator / Supervisor details

NameProfessor Nicolas Le Brun
Current InstitutionUniversity of East Anglia
Current DepartmentChemistry
Institution websitehttp://www.uea.ac.uk
Previous Institutions

Current Awards

ReferenceTitleAward RoleValue £Type
BB/V006851/1 Iron-sulfur cluster-containing sensor regulators: mechanistic and structural studies of DNA-binding Principal Investigator 482,230 Research Grant
BB/V014625/1 The iron-regulated control network of nutrient uptake in plants Principal Investigator 20,015 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
00/A1/B/06142 Studies of bacterial metal-transport proteins Principal Supervisor 37,126 Studentships
B14704 Mechanistic studies of Fe2+ oxidation and polynuclear Fe3+ oxide formation by a subunit dimer and wild-type 24-mer bacterioferritin Co-investigator 202,740 Research Grant
BB/C500360/1 Signal perception by the global transcription factor FNR - a joint Sheffield-UEA study Co-investigator 251,717 Research Grant
BB/C503597/1 The disulfide reduction pathway of system II cytochrome c maturation Principal Investigator 221,720 Research Grant
BB/D001943/1 Iron mobilisation in the bacterial cell Principal Investigator 197,362 Research Grant
BB/E003400/1 Molecular analysis of gene regulators in the remarkable iron-ome of the symbiotic bacterium Rhizobium. Co-investigator 423,748 Research Grant
BB/E013252/1 Ambient Temperature MCD of Metalloproteins Co-investigator 105,976 Research Grant
BB/G019347/1 The mechanism of oxygen sensing by the global transcriptional regulator FNR Principal Investigator 378,626 Research Grant
BB/H002642/1 Biochemical and genetic diversity of a critical step in the sulphur cycle - molecular studies of bacterial dimethyl sulphide production Co-investigator 358,907 Research Grant
BB/I021884/1 Nature's solution to the iron problem: Mechanisms of iron management in ferritins Principal Investigator 338,901 Research Grant
BB/J003247/1 Biological roles and mechanisms of nitric oxide reactions with iron-sulfur cluster transcriptional regulators Principal Investigator 352,620 Research Grant
BB/K02115X/1 Advanced iron-specific spectroscopies for the study of iron-sulfur cluster transcriptional regulators Principal Investigator 37,143 Research Grant
BB/L007673/1 A new pathway for iron-sulfur cluster repair Principal Investigator 360,602 Research Grant
BB/L022796/1 The regulation of bacterial nitrous oxide reduction Co-investigator 443,401 Research Grant
BB/N001079/1 Functional characterization of Iron Regulator Sensor (IRS) proteins in plants Co-investigator 448,870 Research Grant
BB/P006140/1 Mechanistic and Structural Insights into NO sensing by Iron-Sulfur Cluster Regulators Principal Investigator 403,432 Research Grant
BB/R002363/1 Mechanistic studies of mitochondrial ferritin, a key player in iron mediated oxidative stress response and cellular iron metabolism Principal Investigator 386,428 Research Grant
BB/R013578/1 A high sensitivity elemental mass spectrometry facility to support metallo-biology research on the Norwich Research Park Principal Investigator 349,442 Research Grant
BB/S001018/1 Understanding the molecular mechanism of iron-sulfur cluster biogenesis Principal Investigator 370,811 Research Grant
BB/T017708/1 New high resolution mass spectrometry facilities for macromolecules and metabolites at the University of East Anglia Principal Investigator 490,000 Research Grant
BBS/S/K/2003/10043 Transition metal binding to putative copper-handling proteins from Bacillus subtilis Principal Supervisor 44,773 Studentships
BBS/S/K/2004/11167 Mechanisms of iron release from bacterioferritin: the role of Bfd Principal Supervisor 47,645 Studentships
C13880 Studies of the Res proteins of Bacillus subtilis and their role in cytochrome c assembly Principal Investigator 161,368 Research Grant
terms and conditions of use (opens in new window)
export PDF file