Investigator / Supervisor details

NameProfessor Andrew Pitsillides
Current InstitutionRoyal Veterinary College
Current DepartmentComparative Biomedical Sciences CBS
Institution websitehttp://www.rvc.ac.uk
Previous Institutions

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
00/A4/S/06922 Regulation of eNOS in bone and its essential role in mechano-adaptive response to loading Principal Supervisor 37,132 Studentships
02/A2/S/08914 Assessment of effects of novel chiral compounds on glutamate receptors in bone cells Principal Supervisor 41,845 Studentships
99/A5/S/05757 Regulation of eNOS in bone and its essential role in mechano-adaptive response to loading Principal Supervisor 35,156 Studentships
99/B1/S/05252 The role and regulation of nitric oxide in adaptive responses to mechanical loading Principal Supervisor 35,002 Studentships
BB/C518930/1 Advancing animal welfare science:welfare assessment and early life programming Co-investigator 606,184 Research Grant
BB/E013244/1 Equipment for studying locomotion to be used in animal biomechanics animal welfare developmental biology and engineering research Co-investigator 241,710 Research Grant
BB/I014608/1 Kick-starting mechanoadaptation in aged bones Principal Investigator 313,091 Research Grant
BB/J003727/1 An innate protector of ageing cartilage: FSTL3 Co-investigator 424,986 Research Grant
BB/K007904/1 Fat-Hippo regulation of osteoblast differentiation Principal Investigator 48,015 Research Grant
BB/R506011/1 Identifying Cellular Mechanisms for the Skeletal Benefits of SFX-01 Principal Investigator 106,212 Training Grants
BBS/S/E/2006/13236 Physiological responses to articular joint loading in a novel non-invasive mouse model Principal Supervisor 69,163 Studentships
BBS/S/H/2005/11902 Integrated control of joint formation through mechanomodulation of ERK-dependent gene expression Principal Supervisor 49,415 Studentships
BBS/S/L/2004/11217 The role of mechanical loading and a 10 and a 11 integrins in osteochondral function Principal Supervisor 48,757 Studentships
ERA16303 Soft tissue ageing is characterised by a failure of matrix synthesis and the accumulation of fragmented matrix proteins Co-investigator 202,728 Research Grant
S06814 Early strain-related control mechanisms in bone's functionally adaptive response to load-bearing Co-investigator 147,989 Research Grant
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