Investigator / Supervisor details

NameDr Myles Cheesman
Current InstitutionUniversity of East Anglia
Current DepartmentChemistry
Institution websitehttp://www.uea.ac.uk
Previous Institutions

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
B01727 Parallel mode EPR studies of metalloproteins Co-investigator 147,302 Research Grant
B15211 Structure-function studies of a novel haemoprotein involved in bacterial oxidation of thiosulphate and sulphide Co-investigator 230,180 Research Grant
B17596 Mapping of membrane proteins by multi-frequency time domain EPR Co-investigator 181,016 Research Grant
B18695 The cytochrome c nitrite reductase: an integrated study of nitrite and nitric oxide reduction by a deca-heme enzyme complex Co-investigator 354,500 Research Grant
BB/C007719/1 The molecular enzymology of nitric oxide reductase: cellular saviour and global bandit! Co-investigator 221,432 Research Grant
BB/C007808/1 MOTTLE - MCD Spectroscopy with in situ electrochemical control. defining the status of all hemes across a continuous potential window Co-investigator 146,297 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/E013252/1 Ambient Temperature MCD of Metalloproteins Principal Investigator 105,976 Research Grant
BB/G024758/1 Correlating Current and Colour in Metalloenzymes: Cell development for time and concentration resolved Magnetic-CD Spectroscopy. Principal Investigator 96,942 Research Grant
BB/L022176/1 Advancing Microbial Electrochemistry: Biophysical Characterisation of the Electron-Transfer Interactome in S. oneidensis MR-1 Co-investigator 332,783 Research Grant
BBS/B/03637 Relaxation of electron spins by anisotropic paramagnetic metal centres; a novel probe of protein structure and dynamics Co-investigator 227,361 Research Grant
C10160 Structure and function of nitric oxide reductase: an ancient oxidase Co-investigator 213,826 Research Grant
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