Investigator / Supervisor details

NameProfessor T M Skerry
Current InstitutionUniversity of Sheffield
Current DepartmentMedicine and Biomedical Science
Institution websitehttp://www.shef.ac.uk
Previous InstitutionsUniversity of York

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
01/A2/S/07499 Assessment of effects of novel chiral compounds on glutamate receptors in bone cells Principal Supervisor 39,359 Studentships
01/B1/S/07501 Regulation of osteoblast precursor specification by mechanical loading and oestrogen Principal Supervisor 44,229 Studentships
94/B3/S/00904 Apoptosis during bone remodelling Principal Supervisor 32,017 Studentships
94/V1/S/00927 Investigation of the osteoclast activation phase of the bone remodelling cycle Principal Supervisor 29,397 Studentships
96/A1/C/02592 Does nitric oxide modulate matrix metalloproteinase activity? Principal Supervisor 31,607 Studentships
97/A2/C/03577 The role of glutamate in osteoblast function Principal Supervisor 32,586 Studentships
98/B1/S/04897 Glutamate signalling by bone cells Principal Supervisor 33,615 Studentships
BB/F008392/1 Roles for receptor activity modifying proteins with non-traditional binding partners Principal Investigator 300,795 Research Grant
BBS/S/B/2003/12447 Receptor activity modifying protein (RAMP) expression and function in bone Principal Supervisor 27,400 Studentships
BBS/S/P/2003/10375 Receptor activity modifying protein (RAMP) expression and function in bone Principal Supervisor 18,651 Studentships
C11029 Determining the function of a novel interferon stimulated gene (BEST5) expressed during bone formation Principal Investigator 52,930 Research Grant
EII05504 Identification and characterisation of novel regulators of bone mass Principal Investigator 61,604 Research Grant
JRE10823 (A) X-ray tomography to assess structure of bones and plant roots Principal Investigator 24,248 Research Grant
S05008 Hormonal regulation of osteocyte gene expression in vivo Principal Investigator 112,888 Research Grant
S14571 Are bone marrow NMDA receptor positive cells the elusive CFU-Fs? Principal Investigator 198,680 Research Grant
S17443 The role of a long term potentiation-like mechanism in the response of bone to short durations of mechanical stimulation Principal Investigator 227,204 Research Grant
S17443/2 The role of a long term potentiation-like mechanism in the response of bone to short durations of mechanical stimulation Principal Investigator 107,324 Research Grant
S18293 The role of osteoblast AMPA receptors in stimulation of bone formation Principal Investigator 239,924 Research Grant
S18293/2 The role of osteoblast AMPA receptors in stimulation of bone formation Principal Investigator 137,693 Research Grant
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