ProQuest Subject Index - Bioinformatics at PRINCETON UNIVERSITY

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You are viewing titles for PRINCETON UNIVERSITY in the subject Bioinformatics available through the UMI Dissertations & Thesis Gradworks site.

A systematic approach for mapping bimolecular interactions in regulatory networks	Algorithms for analyzing and interrogating protein interaction networks

Algorithms for the identification of functional sites in proteins	Analysis and visualization of large-scale gene expression microarray compendia

Analysis of large genomic data collections	Computational de novo protein design with flexible templates

Computational methods for predicting transcription factor binding sites	Context-sensitive methods for learning from genomic data

Emergence of predictive capacity within microbial genetic networks	Experimental and computational studies of the in vivo genomic repertoire of DNA-protein interactions in Escherichia coli

Identification and analysis of the Vibrio cholerae quorum sensing circuit	Information flow in biological networks

Mathematical optimization and algorithmic development for protein structure prediction	Multiple layers of gene expression regulation during murine embryonic stem cell differentiation induced by Nanog down regulation

Natural selection in molecular evolution: Genome-scale, parsimony-based approach	Negative feedback control of EGFR by Argos

Novel optimization-based methods of studying cellular signaling pathways	Systematic genetic analysis of bacterial behaviors

Topology and function in protein interaction networks	Transcription factor-DNA interaction and bacterial quorum sensing gene correlation

Using structural information in machine learning applications	Validation tests and genewise variance estimation for microarray data