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Applied statistics for network biology : methods in systems biology / edited by Matthias Dehmer ... [et al.].

Contributor(s): Material type: TextTextLanguage: English Series: Quantitative and network biology ; v.1.Publication details: Weinheim, Germany : Wiley-Blackwell, c2011.Description: xxiii, 454 p. : ill. (some col.) ; 25 cmISBN:
  • 9783527327508 (alk. paper)
  • 3527327509 (alk. paper)
Subject(s): DDC classification:
  • 570.727 22 DEH
NLM classification:
  • 2011 J-761
  • QU 26.5
Contents:
Pt. One. Modeling, simulation, and meaning of gene networks: 1. Network analysis to interpret complex phenotypes -- 2. Stochastic modeling of gene regulatory networks -- 3. Modeling expression quantitative trait loci in multiple populations -- Pt. Two. Inference of gene networks: 4. Transcriptional network inference based on information theory -- 5. Elucidation of general and condition-dependent gene pathways using mixture models and bayesian networks -- 6. Multiscale network reconstruction from gene expression measurements: correlations, perturbations, and "A Priori Biological Knowledge" -- 7. Gene regulatory networks inference: combining a genetic programming and H [infinity symbol] filtering approach -- 8. Computational reconstruction of protein interaction networks -- Pt. Three. Analysis of gene networks: 9. What if the fit is unfit? Criteria for biological systems estimation beyond residual errors -- 10. Machine learning methods for identifying essential genes and proteins in networks -- 11. Gene coexpression networks for the analysis of DNA microarray data -- 12. Correlation network analysis and knowledge integration -- 13. Network screening: a new method to identify active networks from an ensemble of known networks -- 14. Community detection in biological networks -- 15. On some inverse problems in generating probabilistic boolean networks -- 16. Boolean analysis of gene expression datasets -- Pt. Four. Systems approach to diseases: 17. Representing cancer cell trajectories in a phase-space diagram: switching cellular states by biological phase transitions -- 18. Protein network analysis for disease gene identification and prioritization -- 19. Pathways and networks as functional descriptors for human disease and drug response endpoints.
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Item type Current library Collection Call number Status Date due Barcode
Reference Books Reference Books CUTN Central Library Reference Reference 570.727 DEH Vol.1 (Browse shelf(Opens below)) Not For Loan 38252

Pt. One. Modeling, simulation, and meaning of gene networks:
1. Network analysis to interpret complex phenotypes --
2. Stochastic modeling of gene regulatory networks --
3. Modeling expression quantitative trait loci in multiple populations -- Pt. Two. Inference of gene networks:
4. Transcriptional network inference based on information theory --
5. Elucidation of general and condition-dependent gene pathways using mixture models and bayesian networks --
6. Multiscale network reconstruction from gene expression measurements: correlations, perturbations, and "A Priori Biological Knowledge" --
7. Gene regulatory networks inference: combining a genetic programming and H [infinity symbol] filtering approach --
8. Computational reconstruction of protein interaction networks -- Pt. Three. Analysis of gene networks:
9. What if the fit is unfit? Criteria for biological systems estimation beyond residual errors --
10. Machine learning methods for identifying essential genes and proteins in networks --
11. Gene coexpression networks for the analysis of DNA microarray data --
12. Correlation network analysis and knowledge integration --
13. Network screening: a new method to identify active networks from an ensemble of known networks --
14. Community detection in biological networks --
15. On some inverse problems in generating probabilistic boolean networks --
16. Boolean analysis of gene expression datasets -- Pt. Four. Systems approach to diseases:
17. Representing cancer cell trajectories in a phase-space diagram: switching cellular states by biological phase transitions --
18. Protein network analysis for disease gene identification and prioritization --
19. Pathways and networks as functional descriptors for human disease and drug response endpoints.

Includes bibliographical references and index.

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