Investigator / Supervisor details

NameProfessor Mark Viant
Current InstitutionUniversity of Birmingham
Current DepartmentSch of Biosciences
Institution websitehttp://www.bham.ac.uk
Previous Institutions

Current Awards

ReferenceTitleAward RoleValue £Type
BB/T508810/1 Integrating omics, imaging and informatics to develop physiology-based kinetic (PBK) models for perturbation biology in an invertebrate model species Principal Investigator 100,279 Training Grants

Completed Awards

ReferenceTitleAward RoleValue £Type
BB/C511513/1 Establishment of a european high throughput NMR Centre for metabolomics and ligand discovery Co-investigator 200,000 Research Grant
BB/C515104/1 Metabolic and transcriptional pathway inference using state space models: an application to understanding acid response Co-investigator 281,024 Research Grant
BB/D524624/1 High Throughput Systems Biology Analysis Modelling and Stimulation of Large Biological Data Sets Co-investigator 108,488 Research Grant
BB/E013198/1 Purchase of a 600 MHz ACAS magnet and cryogenic probe for high throughput metabolomics and ligand discovery Co-investigator 244,549 Research Grant
BB/F016298/1 Automated metabolite identification and quantification using J-resolved NMR spectroscopy Principal Investigator 92,700 Research Grant
BB/H020586/1 MSc in Toxicology Co-investigator 406,806 Training Grants
BB/I024085/1 MUSCLE: Multi-platform Unbiased-optimisation of Spectrometry via Closed Loop Experimentation Principal Investigator 89,552 Research Grant
BB/L005077/1 Delivering ELIXIR-UK Principal Investigator 26,411 Research Grant
BB/M00810X/1 Understanding phopspholipid homeostasis in Gram-negative bacteria Co-investigator 566,020 Research Grant
BB/M012492/1 High performance mass spectrometry at the University of Birmingham Co-investigator 425,211 Research Grant
BB/M019985/1 Open source pipelines for integrated metabolomics analysis by NMR and mass spectrometry Principal Investigator 51,335 Research Grant
BB/N023013/1 Next generation tools for the annotation of metabolites in global LC-MS metabolomic studies Co-investigator 91,362 Research Grant
BB/N503587/1 An integrative approach for understanding the adverse outcome pathways in algae Principal Investigator 95,042 Training Grants
BB/R506138/1 Developing and applying mass spectrometry imaging of model organisms - enhancing the tools for metabolic phenotyping Principal Investigator 98,212 Training Grants
BB/S507064/1 Novel metabolomic strategies to understand phenotypic perturbations Principal Investigator 99,034 Training Grants
BBS/S/D/2005/12930 Integrated metabolomic and transcriptomic studies of stress response mechanisms in flatfish liver (Funded via Training Grant BB/B512824/1) Principal Supervisor Studentships
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