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Zusammenfassung Highlights wide-ranging applications of genomics in the area of applied mycology and biotechnology. This title covers: a brief overview on fungal genomics; meiotic recombination in fungi; molecular genetics of circadian rhythms; genome sequencing; transposable elements; mitochondrial genomes; ribosome biogenesis; and, pathogenicity genes. Fungal genomics - an overview, A.E. Desjardins, D. Bhatnagar; meiotic recombination in fungi - mechanisms and controls of crossing-over and gene conversion, B. Lamb; molecular genetics of circadian rhythms in neurospora crasa, A. Correa, A.V. Greene et al; genome sequencing, assembly and gene prediction in fungi, B. Loftus; fungal transposable elements - inducers of mutations and molecular tools, F. Kempken; fungal mitochondrial genomes, plasmids and introns, G. Hausner; evolution of the fungi and mitochondrial genomes, C.E. Bullerwell, J. Leigh et al; ribosome biogenesis in yeast - RNA processing and quality control, R.N. Nazar; fungal pathogenicity genes, P. Tudzynski, A. Sharon; genetic improvement of baker's yeasts, P.V. Attfield, P.J.L. Bell; enzyme production in industrial fungi - molecular genetic strategies for integrated strain improvement, K.M.H. Nevalainen, V.S. Te'o; global expression profiling of the lignin degrading fungus ceriporiopsis subvermispora for the discovery of novel enzymes, D.S. Yaver, B. Weber, J. Murrell; Microarrays - technologies and applications, Leming Shi, Weiming Hu et al; fungal germplasm and databases, K. McCluskey.
