InSilico Proteomics System: Integration and Application of Protein and Protein-Protein Interaction Data using Microsoft .NET

Articles in the same Issue

1. CoryneRegNet 2: An Integrative Bioinformatics Approach for Reconstruction and Comparison of Transcriptional Regulatory Networks in Prokaryotes
2. Analysing Microarray Data using the Multi-functional Immune Ontologiser
3. BASIS: an internet resource for network modelling
4. InSilico Proteomics System: Integration and Application of Protein and Protein-Protein Interaction Data using Microsoft .NET
5. Metabolite profiles as a reflection of physiological status – a methodological validation
6. Modeling Microarray Data: Interpreting and communicating the biological results
7. Statistical Embedding in Complex Biosystems
8. A First Step towards Learning which uORFs Regulate Gene Expression
9. Multi-model inference of network properties from incomplete data
10. Inference of Gene Coexpression Networks by Integrative Analysis across Microarray Experiments
11. BN++ – A Biological Information System
12. Combining biomedical knowledge and transcriptomic data to extract new knowledge on genes
13. A Graphical Notation to Describe the Logical Interactions of Biological Pathways
14. Co-expressed gene groups analysis (CGGA): An automatic tool for the interpretation of microarray experiments
15. Exact and Approximate Stochastic Simulations of the MAPK Pathway and Comparisons of Simulations’ Results
16. The implications for Bioinformatics of integration across physical scales
17. Data Cleaning and Semantic Improvement in Biological Databases
18. An assessment of machine and statistical learning approaches to inferring networks of protein-protein interactions
19. Prediction of transcription factor binding to DNA using rule induction methods
20. Targeted Projection Pursuit Tool for Gene Expression Visualisation
21. The BioRS^TM Integration and Retrieval System: An open system for distributed data integration
22. MILAN – A medical information-system linking agents to metabolic networks
23. Functional diversity within protein superfamilies