BBSRC Portfolio Analyser
Investigator / Supervisor details
Name
Professor Francesco Falciani
Current Institution
University of Liverpool
Current Department
Institute of Integrative Biology
Institution website
http://www.liv.ac.uk
Previous Institutions
University of Birmingham
Current Awards
Reference
Title
Award Role
Value £
Type
BB/T508937/1
Network approaches for modelling the Human Microbiome
Principal Investigator
100,279
Training Grants
Completed Awards
Reference
Title
Award Role
Value £
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
Principal Investigator
281,024
Research Grant
BB/D524624/1
High Throughput Systems Biology Analysis Modelling and Stimulation of Large Biological Data Sets
Principal Investigator
108,488
Research Grant
BB/H020586/1
MSc in Toxicology
Co-investigator
406,806
Training Grants
BB/I004556/1
Modelling the Gene Regulatory Network underlying Lineage Commitment in Human Mesenchymal Stem Cells (LINCONET)
Principal Investigator
270,583
Research Grant
BB/K019546/1
Towards predictive biology: using stress responses in a bacterial pathogen to link molecular state to phenotype
Principal Investigator
260,961
Research Grant
BB/M020282/1
Open source pipelines for integrated metabolomics analysis by NMR and mass spectrometry
Co-investigator
96,649
Research Grant
BBS/S/A/2004/10919
Modelling cell cross-talk through integration of expression profiling data with biological knowledge
Principal Supervisor
47,623
Studentships
BBS/S/D/2004/12557
Analysis of gene expression data from animal model of Rheumatoid Arthritis (Funded via Training Grant BB/B512824/1)
Principal Supervisor
Studentships
BBS/S/H/2005/11992
Reconstructing genetic regulatory networks in host-pathogen interactions with Bayesian state-space models
Principal Supervisor
49,864
Studentships
S20214
Changes in the host transcriptome during morbillivirus infection as determinants of virulence and host specificity
Principal Investigator
4,340
Research Grant
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