Investigator / Supervisor details

NameProfessor Neil Mabbott
Current InstitutionUniversity of Edinburgh
Current DepartmentThe Roslin Institute
Institution websitehttp://www.ed.ac.uk
Previous InstitutionsThe Pirbright Institute

Current Awards

ReferenceTitleAward RoleValue £Type
BB/S005471/1 Role of distinct mononuclear phagocyte subsets in oral prion disease pathogenesis Principal Investigator 447,186 Research Grant
BB/S019294/1 Japan Partnering Award: Defining the factors that regulate M cell-development in the intestines of livestock species Principal Investigator 42,985 Research Grant
BB/T007354/1 Defining early entry mechanisms of Mycobacterium avium paratuberculosis into the host Co-investigator 552,222 Research Grant
BB/V006444/1 Role of IFNGR1 in reactive astrocyte activation Principal Investigator 560,720 Research Grant
BB/W018225/1 Establishing a network to catalyse collaboration for reducing immune ageing (CARINA: CAtalyst Reducing ImmuNe Ageing) Co-investigator 201,994 Research Grant
BBS/E/D/10002071 The function of genes and cellular phenotypes in animal systems Co-investigator 9,562,432 Institute Project
BBS/E/D/20002173 Pathogen diversity, host specificity and virulence Co-investigator 9,811,753 Institute Project
BBS/E/D/20002174 Host responses underlying immunity Co-investigator 2,961,101 Institute Project

Completed Awards

ReferenceTitleAward RoleValue £Type
BB/D00831X/1 Investigating the role of follicular dendritic cells in TSE agent neuroinvasion from lymphoid tissues Principal Investigator 272,166 Research Grant
BB/D00831X/2 Investigating the role of follicular dendritic cells in TSE agent neuroinvasion from lymphoid tissues Principal Investigator 232,509 Research Grant
BB/D00831X/3 Investigating the role of follicular dendritic cells in TSE agent neuroinvasion from lymphoid tissues Principal Investigator 162,386 Research Grant
BB/F019726/1 Determining the role of CXCR5-expressing dendritic cells in immune function and TSE agent neuroinvasion from the intestine Principal Investigator 369,537 Research Grant
BB/G003947/1 The influence of the GALT in TSE agent neuroinvasion from the large intestine Principal Investigator 350,321 Research Grant
BB/J014672/1 Determining the role of M cells in TSE agent neuroinvasion from the intestine Principal Investigator 380,717 Research Grant
BB/K021257/1 US-A transatlantic partnership to identify novel factors that influence the development and function of M cells in the gut epithelium Principal Investigator 36,939 Research Grant
BB/L007452/1 Determining the effects of aging on the splenic marginal zone and the implications for host immunity Principal Investigator 344,233 Research Grant
BB/M012808/1 Host factors in determining resistance to cryptosporidiosis in cattle. Co-investigator 405,591 Research Grant
BB/M024288/1 Determining the effects of ageing on the innate mucosal immune system Principal Investigator 376,692 Research Grant
BB/R012377/1 UK-Japan partnership to explore the role of subepithelial mesenchymal stromal cells in M cell-development and homeostasis Principal Investigator 2,340 Research Grant
BBS/E/A/00001659 Influence of immune system modulation on TSE pathology Principal Investigator 114,391 Institute Project
BBS/E/A/00001660 Identifying the key events in TSE agent neuroinvasion via lymphoid tissues Principal Investigator 158,381 Institute Project
BBS/E/I/00000989 ImmunoTSE Principal Investigator 40,320 Institute Project
BBS/E/I/00001071 The role of lymphoid tissues in TSE pathogenesis Principal Investigator 7,151 Institute Project
BBS/E/I/00001238 Investigating the role of follicular dendritc cells in TSE agent neuroinvasion from lymphoid tissues Principal Investigator 12,418 Institute Project
BBS/E/R/00001813 Role of dendritic cells in scrapie pathogenesis Principal Investigator 10,855 Institute Project
BBS/E/R/00001822 Determining the mechanisms of TSE agent delivery from the skin to lymphoid tissues Principal Investigator 3,225 Institute Project
BS308133 Mechanisms of transmission of TSE agents from the intestine to lymphoid tissues Co-investigator 370,256 Research Grant
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