Methods are provided for analyzing dynamic changes in cellular processes and for representing cellular processes as dynamic signatures or phase portraits. Methods of the invention are useful for comparing cellular processes and providing diagnostic and prognostic information. Methods of the invention are also useful for identifying important molecular components of cellular processes, for identifying targets for drug development, and in assays for identifying drug candidates and evaluating frug effectiveness.
METHODS FOR ANALYZING DYNAMIC CHANGES IN CELLULAR INFORMATICS AND USES THEREFOR