Browse through e-books
‘In Silico’ Simulation of Biological Processes [2002]
- 1
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Chair's Introduction
- 4
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Integrative Biological Modelling <fi>In Silico</fi>
- 26
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Advances in Computing, and Their Impact on Scientific Computing
- 42
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From Physics to Phenomenology. Levels of Description and Levels of Selection
- 53
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Making Sense of Complex Phenomena in Biology
- 66
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On Ontologies for Biologists: The Gene Ontology—Untangling the Web
- 84
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General Discussion I: Model Validation
- 91
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The KEGG Database
- 104
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Bioinformatics of Cellular Signalling
- 119
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General Discussion II: Standards of Communication
- 129
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Imaging‐Based Integrative Models of the Heart: Closing the Loop between Experiment and Simulation
- 144
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General Discussion III: Modelling Ca<sup>2+</sup> Signalling
- 151
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The Virtual Cell Project
- 162
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Modelling the Bacterial Chemotaxis Receptor Complex
- 182
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The Heart Cell <fi>In Silico</fi>: Successes, Failures and Prospects
- 198
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General Discussion IV
- 207
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The IUPS Physiome Project
- 222
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Using <fi>In Silico</fi> Biology to Facilitate Drug Development
- 244
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Final Discussion: Is There a ‘Theoretical Biology’?
- 253
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Index of Contributors
- 255
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Subject Index
- i
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Front Matter