| Document Date: 2007-02-23 12:18:02
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Company AI Laboratory / / / Facility M.I.T. Broad Institute of M.I.T. / / IndustryTerm genetic regulatory networks / given network / protein-protein interaction network / network-based search / efficient algorithm / et al. algorithm / biological networks / protein-protein interaction networks / larger network / regulatory network / motif-finding algorithms / exhaustive algorithms / transcription regulatory network / transcriptional machinery / motif-based search / social networks / transcription machinery / metabolic networks / directg tools / transcription network / motiffinding algorithms / important tool / information-processing modules / basic mapping algorithm / target network / given real-world network / / Organization M.I.T / Harvard / U.S. Securities and Exchange Commission / / Person Joshua A. Grochow / / Position representative / / Product IsomorphicExtensions / / Technology previous algorithm / motiffinding algorithms / known efficient algorithm / previous exhaustive algorithms / metabolic networks / machine learning / Milo et al. algorithm / motif-finding algorithms / basic mapping algorithm / /
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Network Motif Discovery Using Subgraph Enumeration and Symmetry-Breaking Joshua A. Grochow and Manolis Kellis