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Genetic Footprinting for Bacterial Functional Genomics

Scott S. Walker, Chad Houseweart, T J Kenney

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Abstract

As more complete bacterial genome sequences become available, the need for broad, genomic-scale analytical methods becomes increasingly acute. Moreover, with a sizable portion of microbial genomes encoding proteins of unknown function, tools that suggest gene function or elucidate relationships among genes are crucial for any genomic-scale evaluation. While genomics tools may be central to a basic scientist’s interests in a model organism, they will also be critical to the applied scientist’s examination of a pathogen for targets for therapeutic intervention.

About this research paper

What this paper is about

As more complete bacterial genome sequences become available, the need for broad, genomic-scale analytical methods becomes increasingly acute. Moreover, with a sizable portion of microbial genomes encoding proteins of unknown function, tools that suggest gene function or elucidate relationships among genes are crucial for any genomic-scale evaluation. While genomics tools may be central to a basic scientist’s interests in a model organism, they will also be critical to the applied scientist’s examination of a pathogen for targets for therapeutic intervention.

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Available abstract

As more complete bacterial genome sequences become available, the need for broad, genomic-scale analytical methods becomes increasingly acute. Moreover, with a sizable portion of microbial genomes encoding proteins of unknown function, tools that suggest gene function or elucidate relationships among genes are crucial for any genomic-scale evaluation. While genomics tools may be central to a basic scientist’s interests in a model organism, they will also be critical to the applied scientist’s examination of a pathogen for targets for therapeutic intervention.

Key concepts: Computational biology, Genome, Functional genomics, Biology, Genomics, Footprinting, Function (biology), Gene

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