BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor Patrick Steel
Current InstitutionDurham University
Current DepartmentChemistry
Institution websitehttp://www.dur.ac.uk
Previous Institutions

Current Awards

ReferenceTitleAward RoleValue £Type
BB/W019825/1 High sensitivity LC-MS to understand the role of Proteomes in the rules of life for Plant scientists and N8 partners Co-investigator 422,189 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
BB/D005620/1 Selective chemical regulation of plant metabolism with herbicide safeners Co-investigator 382,065 Research Grant
BB/F01094X/1 The biochemistry of flavone C-glycosides in cereals Co-investigator 378,117 Research Grant
BB/F01094X/2 The biochemistry of flavone C-glycosides in cereals Co-investigator 89,733 Research Grant
BB/F018460/1 SPPI-NET: a Network for Synthetic Plant Products for Industry Co-investigator 107,362 Research Grant
BB/F018460/2 SPPI-NET: a Network for Synthetic Plant Products for Industry Co-investigator 54,403 Research Grant
BB/G001766/1 Characterisation of the unique lambda class of plant glutathione transferases Co-investigator 450,198 Research Grant
BB/G001766/2 Characterisation of the unique lambda class of plant glutathione transferases Co-investigator 165,880 Research Grant
BB/G006474/1 The molecular basis of multiple herbicide resistance in grass weeds Co-investigator 533,730 Research Grant
BB/G006474/2 The molecular basis of multiple herbicide resistance in grass weeds Co-investigator 330,701 Research Grant
BB/G017743/1 Understanding the role of GSTF1 in MHR Principal Investigator 74,410 Training Grants
BB/K012703/1 The plant IPCS as a novel herbicide target Principal Investigator 93,520 Training Grants
BB/L014092/1 A Super-Resolution Microscope for use by Plant Cell Biologists, N8 partners, Durham Scientists and Collaborators. Co-investigator 901,528 Research Grant
BB/L016273/1 Understanding the Role of GSTF1 in MHR in grass weeds Principal Investigator 94,126 Training Grants
BBS/S/M/2005/12406 Reactivity-based strategies for the high throughput identification and evolution of new biocatalysts Principal Supervisor 49,864 Studentships
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