Investigator / Supervisor details

NameProfessor Elizabeth Glass
Current InstitutionUniversity of Edinburgh
Current DepartmentThe Roslin Institute
Institution websitehttp://www.ed.ac.uk
Previous InstitutionsThe Roslin Institute

Current Awards

ReferenceTitleAward RoleValue £Type
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
02/A1/S/08478 Gene expression differences underlying host disease resistance Principal Supervisor 26,953 Studentships
BB/C510424/1 Faraday earmarked proposal: Genomic approaches to improving pig innate and adaptive immunity and health. Co-investigator 340,924 Research Grant
BB/C510424/2 Faraday earmarked proposal: Genomic approaches to improving pig innate and adaptive immunity and health. Co-investigator 53,591 Research Grant
BB/D524040/1 Faraday earmarked proposal: Toll-like receptors and dendritic cell genetic heterogeneity Principal Investigator 110,179 Research Grant
BB/D524040/2 Faraday earmarked proposal: Toll-like receptors and dendritic cell genetic heterogeneity Principal Investigator 7,941 Research Grant
BB/E018335/1 The interplay between host and pathogen genetics in the increasing incidence of bovine tuberculosis Principal Investigator 518,670 Research Grant
BB/E018335/2 The interplay between host and pathogen genetics in the increasing incidence of bovine tuberculosis Principal Investigator 485,494 Research Grant
BB/I020519/1 The route to identification of the immunological correlates of protection in ruminants Principal Investigator 374,748 Research Grant
BB/J500513/1 Inflammasome activation in ruminant antigen presenting cells infected with Chlamydophila abortus Principal Investigator 91,932 Training Grants
BB/L004054/1 Genomic Selection for Bovine Tuberculosis Resistance in Dairy Cows Principal Investigator 723,120 Research Grant
BB/L004739/1 Molecular epidemiology of ticks and tick-borne disease, host resistance and development of novel pathogen vaccines Co-investigator 428,822 Research Grant
BB/M027155/1 US-UK BBSRC-NIFA Collab-Reassembly of cattle immune gene clusters for quantitative analysis Co-investigator 381,778 Research Grant
BB/M502959/1 Genomic Selection for Bovine Tuberculosis Resistance in Dairy Cows Principal Investigator 94,126 Training Grants
BBS/B/00360 The mechanisms of virus-induced immunosuppression in poultry - the circovirus chicken anaemia virus as a model system Principal Investigator 64,248 Research Grant
BBS/E/R/00000647 Genetic control of immune responsiveness in cattle Principal Investigator 253,218 Institute Project
BBS/E/R/00000676 Foot and mouth disease vaccination Principal Investigator 84,525 Institute Project
BBS/E/R/00000686 Host response/ Disease resistance traits in cattle Principal Investigator 940,002 Institute Project
BBS/E/R/00000880 Identification of genetic factors underlying host disease resistance Principal Investigator 1,323 Institute Project
BBS/E/R/00000888 Quantifying the role of the MHC in immunce responsiveness traits in a cattle Holstein/Charolais crosss populations Principal Investigator 13,600 Institute Project
BBS/E/R/00000895 Gene expression differences underlying bovine resistance to a protozoan parasite Principal Investigator 12,596 Institute Project
BBS/E/R/00001619 The expression and regulation of tribbles in bovine/theileria host pathogen interactions Principal Investigator 4,079 Institute Project
BBS/E/R/04780614 MHC directed T cell responses Principal Investigator 266,711 Institute Project
BBS/E/R/04780647 Genetic control of immune responsiveness in cattle Principal Investigator 1,168,497 Institute Project
BBS/S/D/2005/13450 Quantifying the role of the MHC in immune responsiveness traits in a cattle cross population (Funded via Training Grant BB/B512075/1) Principal Supervisor Studentships
S15354 Identification of macrophage expressed genes involved in resistance to an infectious pathogen Principal Investigator 224,196 Research Grant
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