Microbial Functional Genomics
Wiley, 2004 - Medical - 590 pages
Genomics: toward a genome-level understanding of the structure, functions, and evolution of bioloical systems; Microbial diversity and genomics. Computational genome annotation. Microbial evolution from a genomics perspective. Computational methods for functional prediction of genes. DNA microarray technology. Microarray gene expression data analysis. Mutagenesis as a genomic tool for studying gene function. Mass spectrometry. Identification of protein-ligand interactions. The functional genomics of model organisms: addressing old questions from a new perspective. Functional genomic analysis of bacterial pathogens and environmentally significant microorganisms. The impact of genomics on antimicrobial drug discovery and toxicology. Application of microarray-based genomic technology to mutation analysis and microbial detection. Future perspectives: genomics beyond single cells.
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Toward a Genomelevel Understanding of the Structure
Microbial Diversity and Genomics
23 other sections not shown
algorithm allele amino acid analysis annotation antisense approach Archaea array bacteria biological cDNA cell cellular chromosome cloned coli complex computational data clustering data points data set database deletion detection diversity DNA microarrays DNA sequence domain duplicated genes encoded enzyme eukaryotes evolution evolutionary expression levels fluorescent fragments functional genomics functional inference gene duplication gene expression gene expression data gene function gene prediction genetic genome sequence homologous homologous recombination identified insertion interactions labeled lineages mass mass spectrometer metabolic method microarray hybridization microbial genomes mitochondrial molecular clock molecules mRNA multiple mutagenesis mutations networks Ochman oligonucleotide operon ORFs organisms orthologous pathogens pathways peptides phenotype phylogenetic pins plasmid probes prokaryotic protein sequences protein structure proteomics recombination regions replication rRNA rRNA gene sample sequence alignment signal slide species spots strains studies surface tags target techniques transcription transposon universal tree vector yeast