By Michael Hirsch, Allan Tucker, Stephen Swift, Nigel Martin, Christine Orengo (auth.), Michael R. Berthold, Robert C. Glen, Ingrid Fischer (eds.)
This publication constitutes the refereed lawsuits of the second one overseas Symposium on Computational lifestyles Sciences, CompLife 2006, held in Cambridge, united kingdom, in September 2006.
The 25 revised complete papers offered have been rigorously reviewed and chosen from fifty six preliminary submissions. The papers are equipped in topical sections on genomics, info mining, molecular simulation, molecular informatics, platforms biology, organic networks/metabolism, and computational neuroscience.
Read Online or Download Computational Life Sciences II: Second International Symposium, CompLife 2006, Cambridge, UK, September 27-29, 2006. Proceedings PDF
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Extra info for Computational Life Sciences II: Second International Symposium, CompLife 2006, Cambridge, UK, September 27-29, 2006. Proceedings
4. , Y. Saeys, S. Degroeve, P. Rouze, and Y. Van de Peer, 2005, Large-scale structural analysis of the core promoter in mammalian and plant genomes: Nucl. , v. 33, p. 4255-4264. 5. , N. -i. Nishikawa, and T. Ohyama, 2004, Core promoter elements of eukaryotic genes have a highly distinctive mechanical property: Nuc. , v. 32, p. 5834-5840. 6. , N. -i. Tanase, and T. Ohyama, 2005, A highly distinctive mechanical property found in the majority of human promoters and its transcriptional relevance: Nuc.
Ohyama, 2005, A highly distinctive mechanical property found in the majority of human promoters and its transcriptional relevance: Nuc. , v. 33, p. 3821-3827. 7. , and M. Bansal, 2005, Structural properties of promoters: similarities and differences between prokaryotes and eukaryotes: Nucleic Acids Research, v. 33, p. 31653175. 8. Choi, C. , G. Kalosakas, K. Rasmussen, M. Hiromura, A. R. Bishop, and A. , v. 32, p. 1584-90. 9. , L. Luo, and Z. : J. Biomol. Struct. , v. 20, p. 127-34. 10. , D. Landsman, and A.
Results such as those presented within this paper suggest that its properties as a complex molecule are not only useful, but essential for various forms of computational modelling and biological understanding. jp/) for the location and sequence data of human promoters [15-17]. For training the classifier, we used this dataset as the positive instances and randomly selected an equal number of negative instances from the human genome. When testing Promoter Prediction Using Physico-Chemical Properties of DNA 23 on chromosome 21, we used a modified version of this dataset for training, which excluded all data from chromosome 21.