BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor Hugh Nimmo
Current InstitutionUniversity of Glasgow
Current DepartmentCollege of Medical, Veterinary, Life Sci
Institution websitehttp://www.gla.ac.uk
Previous Institutions

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
95/B1/P/00243 Signalling mechanisms that control the activity of PEP carboxylase kinase in higher plants Principal Supervisor 30,553 Studentships
96/B1/P/02196 Regulation and roles of the phosphorylation of cucumber malate synthase Principal Supervisor 31,607 Studentships
98/A1/P/04803 Phosphoenolpyruvate carboxylase kinase from higher plants Principal Supervisor 33,602 Studentships
BB/D526302/1 BBSRC Doctoral Training Grant - 2005 Principal Investigator 867,552 Training Grants
BB/G008752/1 Organ communication in the Arabidopsis circadian clock Principal Investigator 434,759 Research Grant
BB/H000135/1 Protein function underlying plasticity of the plant circadian clock Principal Investigator 510,291 Research Grant
BB/K006835/1 Mechanisms and function of alternative splicing in the plant circadian clock Principal Investigator 402,197 Research Grant
BB/P006868/1 Dynamic re-programming of the cold transcriptome in Arabidopsis Principal Investigator 434,319 Research Grant
BR301880 Coordinated regulation of NAD-malic enzyme and pyruvate dehydrogenase during deacidification in CAM Principal Investigator 151,716 Research Grant
JIF15550 Plant cell signalling and metabolic regulation Principal Investigator 2,430,836 Research Grant
P06717 Control of phosphoenolpyruvate carboxylase kinase in C4 and CAM plants Principal Investigator 198,426 Research Grant
P10969 Analysis of the expression and function of phosphoenolpyruvate carboxylase kinase genes from maize Principal Investigator 179,603 Research Grant
P13325 Malate regulation of PEP carboxylase kinase expression Principal Investigator 247,292 Research Grant
P15057 Turnover and inhibition of PEP carboxylase kinase Principal Investigator 213,066 Research Grant
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