Parallel Computation and Visualization Tools for Codetermination Analysis of Multivariate Gene Expression Relations

© 2006 Springer Science+Business Media, Inc. All rights reserved. A key goal of functional genomics is to develop methods for determining ways in which individual actions of genes are integrated in the cell. Kim et al. have proposed using the nonlinear coefficient of determination for finding associations between genes (Kim et al., 2000a; Kim et al., 2000b; Dougherty et al., 2000). The method assesses the codetermination of gene transcriptional states based on statistical evaluation of reliably informative subsets of data derived from large-scale gene-expression measurements. It measures the degree to which the transcriptional levels of a small gene set can be used to predict the transcriptional levels of a small gene set can be used to predict the transcriptional state of a target gene in excess of the predictive capability of the mean level of the target. Conditions besides transcriptional features can be used as predictive elements, thus broadening the information that can be evaluated in modelling biological regulation.

Suh, E. B., Dougherty, E. R., Kim, S., Bittner, M. L., Chen, Y., Russ, D. E., & Martino, R. L.

Parallel Computation and Visualization Tools for Codetermination Analysis of Multivariate Gene Expression Relations Chapter