A mixed model approach to identify yeast transcriptional regulatory motifs via microarray experiments

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Yu, Xiang
Chu, Tzu-Ming
Wolfinger, Russell D.
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School of Biological Sciences
School established in 2016 with the merger of the Schools of Applied Physiology and Biology
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http://hdl.handle.net/1853/41846
Abstract
A genome-wide location analysis method has been introduced as a means to simultaneously study protein-DNA binding interactions for a large number of genes on a microarray platform. Identification of interactions between transcription factors (TF) and genes provide insight into the mechanisms that regulate a variety of cellular responses. Drawing proper inferences from the experimental data is key to finding statistically significant TFgene binding interactions. We describe how the analysis and interpretation of genome-wide location data can be fit into a traditional statistical modeling framework that considers the data across all arrays and formulizes appropriate hypothesis tests. The approach is illustrated with data from a yeast transcription factor binding experiment that illustrates how identified TF-gene interactions can enhance initial exploration of transcriptional regulatory networks. Examples of five kinds of transcriptional regulatory structure are also demonstrated. Some stark differences with previously published results are explored.
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2004
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