BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor Robert Freedman
Current InstitutionUniversity of Warwick
Current DepartmentSchool of Life Sciences
Institution websitehttp://www.warwick.ac.uk
Previous InstitutionsUniversity of Kent

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
95/A2/C/00271 The role of resident endoplasmic reticulum proteins in folding and assembly of cereal and oilseed storage proteins Principal Supervisor 30,553 Studentships
95/B1/B/00269 Catalytic activities of disulphide-isomerases Principal Supervisor 35,906 Studentships
96/B1/C/02209 Folding and disulphide bond formation in yeast killer protoxin Principal Supervisor 31,607 Studentships
BB/D017807/1 Characterization of ligand-binding domains and the ligand binding site on protein disulphide-isomerase Principal Investigator 301,595 Research Grant
BB/E527763/1 Proton exchange and the fate of proteins in aqueous solution Principal Investigator 70,820 Training Grants
BB/G01051X/1 Exploitation of the Tat export machinery for protein production by bacteria Co-investigator 343,575 Research Grant
BB/H021337/1 Sustainable Crop Production - Agronomy for the 21 Century Co-investigator 223,204 Training Grants
BB/K009605/1 Novel Tat-based systems for recombinant protein production and surface display in bacteria Co-investigator 301,519 Research Grant
BB/K011219/1 Development of new-generation bacterial secretion process platforms Co-investigator 356,270 Research Grant
BB/M009815/1 Quantitative analysis of the operation and control of oxidative protein folding in the yeast endoplasmic reticulum Co-investigator 583,757 Research Grant
BBS/S/A/2004/10935 Interactions between protein disulphide-isomerase and partners in multi-protein complexes Principal Supervisor 47,594 Studentships
BCI06265 Tissue selective drug delivery using tissue inhibitors of metalloproteinases as carriers Co-investigator 76,873 Research Grant
C10318 Folding and assembly of bacterial enterotoxins: analysis of the roles of periplasmic folding factors Principal Investigator 250,494 Research Grant
C13322 Molecular characterisation of the principal peptide binding site of PDIp Co-investigator 176,224 Research Grant
MOL04536 Structural basis of the polypeptide-binding and chaperone activities of protein disulphide isomerase Principal Investigator 145,278 Research Grant
RDF18899 Research Development Fellowship: Professor A J Millar Mathematical and synthetic models of clock gene regulatory circuits Principal Investigator 94,576 Fellowships
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