Research Units
Up one level- Simulations of Molecular Biological Systems
- Machine Learning for biological data
- Bio-inspired learning
- Mathematical models for biological regulation networks
- Biology optimization and mathematical modelling
- Algorithms for Bioinformatics
- Models, methods and algorithms for biological processes and genomic data analysis
- Modelling and computational aspects in biomedicine
- Statistical Algorithms oriented on genetics grid computing
- Intracellular signal transmission
- Integrated tools in support of 'Omics' Sciences
- Web-based applications for creation, management and integration of databases of biological interest
- Hardware architecture and software for Bioinformatics
- Bioinformatics studies on human diseases, food intolerance and food security
- Bioinformatics intelligent data analysis
- Modelling, analysis and classification of 3D forms derived from molecular structures
- Algorithms and tools for high performance calculating and Grid Computing in bioinformatics 3D data treatment
- Clinical records
- E-clinical trials
- Molecular Modelling and GRID Computing
- Functional genomics and proteomics
- Integration of ontologies and technical programming constraints to the representation and management of workflows
- Architectures and bio-inspired algorithms based on the principles of self-organization to control robots and machines