Bioinformatics and Genome Analysis: 38 (Ernst Schering Foundation Symposium Proceedings) - Tapa blanda

 
9783662047491: Bioinformatics and Genome Analysis: 38 (Ernst Schering Foundation Symposium Proceedings)

Sinopsis

Bioinformatics is emerging as a field with ever-increasing promise, ur­ gency, and necessity. All three of these facets can be seen in the con­ text of the recent sequencing of the human genome. The creation of a novel algorithm for the assembly of whole genome shotgun data sets accelerated the project and resulted in its near completion in 2001. The urgency became apparent with the landslide of data that ensued and the realization that current databases and tool sets are not up to the task. Finally, the necessity of bioinformatics as a facet of molecular biologi­ cal research becomes evident in the impossibility of individual human comprehension of all the details of the functioning of a cell at the mo­ lecular level, especially now that we stand on the edge of this preci­ pice. We find ourselves at a time when we have the essentially complete genomes of human and mouse, and the completed sequences of Droso­ phila melanogaster, Caenorhabditis elegans, several fungi including Saccharomyces cerevisiae, and many bacteria including Escherichia coli. There are volumes of mRNA expression data sets, high-density maps of highly variable SNPs for both human and mouse, physical marker maps for many other important agricultural and drug trial ani­ mals, and a complete knock-out survey of yeast. In addition, the se­ quencing of D. pseudoobscura and Caenorhabditis briggsae in the near future will provide unusual comparative genomic insights.

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Reseña del editor

Bioinformatics is emerging as a field with ever-increasing promise, ur­ gency, and necessity. All three of these facets can be seen in the con­ text of the recent sequencing of the human genome. The creation of a novel algorithm for the assembly of whole genome shotgun data sets accelerated the project and resulted in its near completion in 2001. The urgency became apparent with the landslide of data that ensued and the realization that current databases and tool sets are not up to the task. Finally, the necessity of bioinformatics as a facet of molecular biologi­ cal research becomes evident in the impossibility of individual human comprehension of all the details of the functioning of a cell at the mo­ lecular level, especially now that we stand on the edge of this preci­ pice. We find ourselves at a time when we have the essentially complete genomes of human and mouse, and the completed sequences of Droso­ phila melanogaster, Caenorhabditis elegans, several fungi including Saccharomyces cerevisiae, and many bacteria including Escherichia coli. There are volumes of mRNA expression data sets, high-density maps of highly variable SNPs for both human and mouse, physical marker maps for many other important agricultural and drug trial ani­ mals, and a complete knock-out survey of yeast. In addition, the se­ quencing of D. pseudoobscura and Caenorhabditis briggsae in the near future will provide unusual comparative genomic insights.

Reseña del editor

This book provides insight into all important fields in bioinformatics including sequence analysis, expression analysis, structural biology, proteomics and network analysis. Many of the leading scientists in the field have contributed chapters to topics of which range from genome sequence determination and its analysis, to the analysis of transcripts and proteins with the final aim of gaining a deeper understanding of the complex networks cells must obey to in order to live. The book has been compiled for the increasing number of scientists and researchers working in bioinfomatics and genome analysis worldwide who would like not only to get an overview but who also enjoy reading about the latest results in this exciting field.

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