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About this book
Provides technical insight on how genomics-oriented studies may be used to bring new understanding to established models of fungal development, assess and solve problems associated with multiple copies of genes and proteins with seemingly identical functions, and depict various industrial and economic applications.
Contents
Fungi: aspergillus, Michael J. Anderson, Jayne L. Brookman, and David W. Denning; developmental processes in filamentous fungi, Reinhard Fischer and Ursula Kuesi; multiple GATA transcription factors control distinct regulatory circuits and cellularactivities in neurospora, George A. Marzluf; molecular genetics of metabolite production by industrial filamentous fungi, Christian P. Kubicek; acquiring a new viewpoint - tools for functional genomics in the filamentous fungi, Todd M. DeZwaan, Keith D.Allen, Matthew M. Tanzer, Kiichi Adachi, Lakshman Ramamurthy, Sanjoy Mahanty, and Lisbeth Hamer. Plants: functional and comparative genomics of cyanobacteria, Bradley Postier and Robert L. Burnap; genomic analysis of arabidopsis gene expression inresponse to a systemic fungicide, Huey-Wen Chuang, Tzung-Fu Hsieh, Manuel Duval, and Terry L. Thomas; identification of T-DNA insertions in arabidopsis genes, Laszlo Szabados and Csaba Koncz; genomic approaches for studying gene families in plants, CathalWilson, Balazs Melikant, and Erwin Heberle-Bros; industrialization of plant gene function discovery, Douglas Boyes, Robert Ascenzi, Rao Mulpuri, Susanne Kjemtrup, Andreas Kloti, and Keith R. Davis; functional genomics of plant abiotic stress tolerance,John C. Cushman. Bioinformatics: using workflow to build an information management system for a geographically distributed genome sequencing initiative, David Hall, John Miller, Jonathan Arnold, Krys Kochut, Amit Sheth, and Michael Weise.
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