Investigator / Supervisor details

NameProfessor Steve Matthews
Current InstitutionImperial College London
Current DepartmentLife Sciences
Institution websitehttp://www.ic.ac.uk
Previous Institutions

Current Awards

ReferenceTitleAward RoleValue £Type
BB/W001764/1 Structural studies of the Apicomplexan glideosome-associated connector platform Principal Investigator 543,935 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
97/B1/B/03257 NMR studies of intimin and invasin domains Principal Supervisor 32,558 Studentships
B08519 Structural investigations of eukaryotic RNA polymerase 'core' subunits Principal Investigator 174,675 Research Grant
B13220 NMR studies of carbohydrate by papG from uropathogenic E. coli Principal Investigator 153,908 Research Grant
B13343 Assembled complexes of eukaryotic and archaeal RNA polymerase subunits: a structural NMR investigation Principal Investigator 152,844 Research Grant
B15840 Structural characterisation of the TcdA toxin from Clostridium difficile Co-investigator 125,800 Research Grant
B18685 Structural analysis of eukaryotic initiation factor 4B and its interactions with the polyadenylate binding protein Co-investigator 200,032 Research Grant
BB/C505683/1 Structural characterisation of the TCDA and TCDB toxins from Clostridium difficile Co-investigator 222,321 Research Grant
BB/D524840/1 A high-throughput crystallisation facility for protein structure determination Co-investigator 188,124 Research Grant
BB/E02209X/1 Structural and functional analysis of the splicing co-regulators PTB and Raver1 Co-investigator 378,266 Research Grant
BB/E02520X/1 Specificity in host carbohydrate-apicomplexan recognition Principal Investigator 403,753 Research Grant
BB/F021771/1 Understanding a viral polymerase complex: a multienzyme 'molecular motor' that drives virus replication Co-investigator 529,864 Research Grant
BB/G004668/1 Methyl TROSY of alanine residues in large protein complexes: development and application Principal Investigator 330,462 Research Grant
BB/G016348/1 Gaining insight into key bio processing issues using dual chemical engineering and molecular approaches. Co-investigator 247,230 Training Grants
BB/H020748/1 MRes in Structural Molecular Biology Co-investigator 123,602 Training Grants
BB/I003045/1 Positive control of the primary sigma factor of actinomycetes Co-investigator 389,823 Research Grant
BB/J016764/1 Unraveling how N. meningitidis distinguish self from non-self DNA during DNA transformation Co-investigator 323,371 Research Grant
BB/J016799/1 Mechanism of poly-SUMO chain recognition by the ubiquitin ligase RNF4 Principal Investigator 344,999 Research Grant
BB/K000233/1 Bacteriophage-derived Inhibitors of the Bacterial RNA Polymerase Co-investigator 624,129 Research Grant
BB/R505778/1 Characterisation of biological nanopores for sensing and biopolymer sequencing Principal Investigator 106,212 Training Grants
BBS/S/A/2004/10978 NMR studies of large molecular motors Principal Supervisor 47,645 Studentships
BFP11329 Structural studies of host-cell/pathogen adhesion in enteric bacterial infection Principal Investigator 167,470 Research Grant
JE514316 (A) The structural basis of infection: a nuclear magnetic resonance (NMR) approach Principal Investigator 128,220 Research Grant
SBD07462 Retroviral engineering: structural studies of retroviral matrix proteins Principal Investigator 142,666 Research Grant
terms and conditions of use (opens in new window)
export PDF file