BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor Hugh Piggins
Current InstitutionUniversity of Bristol
Current DepartmentPhysiology and Pharmacology
Institution websitehttp://www.bris.ac.uk
Previous InstitutionsThe University of Manchester

Current Awards

ReferenceTitleAward RoleValue £Type
BB/W000865/1 Determining the membrane circadian clock across evolution Co-investigator 545,754 Research Grant
BB/W007266/1 Chilling time with synthetic torpor Co-investigator 433,051 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
02/B1/S/08251 Potential novel role for a neuropeptide signalling system in the circadian clock Principal Supervisor 41,845 Studentships
99/A1/S/05317 Peptidergic regulation of the food-entrainable circadian clock Principal Supervisor 35,156 Studentships
BB/C509174/1 Intercellular signalling in the mammalian circadian clock. Principal Investigator 416,587 Research Grant
BB/D005175/1 Investigating novel brain clocks Principal Investigator 386,708 Research Grant
BB/E00511X/1 Brain State Control Principal Investigator 669,941 Research Grant
BB/E022553/1 Molecular dynamics of circadian timing in a mouse model of human sleep disorder Co-investigator 1,228,484 Research Grant
BB/E023223/1 Molecular dynamics of circadian timing in a mouse model of human sleep disorder (Cambridge) Co-investigator 410,583 Research Grant
BB/G004307/1 The regulation of circadian and ultradian rhythmicity of circulating glucocorticoid hormones and their roles in the optimisation of limbic activity Principal Investigator 500,958 Research Grant
BB/H020713/1 MRes Integrative Biology Co-investigator 271,204 Training Grants
BB/J003441/1 Clocks Exercise and Cognition: A new approach Principal Investigator 717,528 Research Grant
BB/L007665/1 Setting the metabolic clock: integrating circadian and homeostatic pathways in the mediobasal hypothalamus Principal Investigator 631,920 Research Grant
BB/M02329X/1 Exercise and the Neural Circadian System Principal Investigator 494,511 Research Grant
BB/R019223/1 Combating hypothalamic ageing through exercise Principal Investigator 557,706 Research Grant
BB/R019223/2 Combating hypothalamic ageing through exercise Principal Investigator 531,327 Research Grant
BBS/S/D/2005/13116 Neurohormonal regulation of circadian clocks in the brain (Funded via Training Grant BB/B519068/1) Principal Supervisor Studentships
BBS/S/D/2005/13547 Neurohormonal regulation of circadian clocks in the brain (Funded via Training Grant BB/B519068/1) Principal Supervisor Studentships
BBS/S/V/2004/11415 MRes in Biological Sciences Principal Supervisor 14,892 Studentships
BBS/S/V/2004/11416 MRes in Biological Sciences Principal Supervisor 14,892 Studentships
BBS/S/V/2004/11417 MRes in Biological Sciences Principal Supervisor 14,892 Studentships
BBS/S/V/2005/12284 MRes in Biological Sciences Principal Supervisor 16,039 Studentships
BBS/S/V/2005/12285 MRes in Biological Sciences Principal Supervisor 16,039 Studentships
BBS/S/V/2005/12286 MRes in Biological Sciences Principal Supervisor 16,039 Studentships
BBS/S/V/2006/12287 MRes in Biological Sciences Principal Supervisor 16,692 Studentships
BBS/S/V/2006/12288 MRes in Biological Sciences Principal Supervisor 16,692 Studentships
BBS/S/V/2006/12289 MRes in Biological Sciences Principal Supervisor 16,692 Studentships
NEU15392 Phenotypic profiling of energy-sensing neurones Co-investigator 408,356 Research Grant
REI18500 Multi-user cell culture laboratories for cell imaging and stem cell research Co-investigator 82,272 Research Grant
S09277 Roles of the VIP family of peptides in circadian rhythm processes Principal Investigator 190,204 Research Grant
S12011 Role of neurotensin in the mammalian circadian clock Principal Investigator 195,580 Research Grant
S16862 Potential novel role for a neuropeptide signalling system in the circadian clock Principal Investigator 352,116 Research Grant
S18856 Technology development: a mouse model of the hamster tau mutation to study integrative circadian physiology Co-investigator 314,116 Research Grant
S20074 Direct optical control of a neural network pacemaker using genetically ChARGed neurones Principal Investigator 135,589 Research Grant
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