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The Practical Approach Series: The Internet for Molecular Biologists

A Practical Approach

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The last few decades of the twentieth century witnessed two technological revolutions that have significantly impacted millions. Communication technologies, especially the Internet, have made immediate access to vast amounts of information commonplace. Concurrently, advancements in molecular biology, driven by genome projects, suggest that cures for many diseases may soon be within reach. These revolutions are interconnected, as molecular biology relies on accessible data, which in turn requires computers and the Internet. Notably, gene sequence databases like EMBL and GenBank are doubling in size roughly every eighteen months, mirroring Moore's Law regarding the doubling of computer power in the same timeframe. This work is designed to assist molecular biologists, who may be more comfortable in laboratories than with computers, in effectively utilizing Internet technology. It offers a comprehensive introduction to Internet-based resources that can enhance research in molecular biology. The text reviews essential databases and online tools, then shifts focus to methods for utilizing and creating Internet-distributed information. Subsequent chapters provide in-depth examples of how technologies such as molecular visualization, VRML, and XSLT can be employed to address biological challenges.

Nákup knihy

The Practical Approach Series: The Internet for Molecular Biologists, Clare E. Sansom, Robert M. Horton

Jazyk
Rok vydání
2004
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Titul
The Practical Approach Series: The Internet for Molecular Biologists
Podtitul
A Practical Approach
Jazyk
anglicky
Rok vydání
2004
Vazba
měkká
Počet stran
274
ISBN10
0199638888
ISBN13
9780199638888
Série
Anotace
The last few decades of the twentieth century witnessed two technological revolutions that have significantly impacted millions. Communication technologies, especially the Internet, have made immediate access to vast amounts of information commonplace. Concurrently, advancements in molecular biology, driven by genome projects, suggest that cures for many diseases may soon be within reach. These revolutions are interconnected, as molecular biology relies on accessible data, which in turn requires computers and the Internet. Notably, gene sequence databases like EMBL and GenBank are doubling in size roughly every eighteen months, mirroring Moore's Law regarding the doubling of computer power in the same timeframe. This work is designed to assist molecular biologists, who may be more comfortable in laboratories than with computers, in effectively utilizing Internet technology. It offers a comprehensive introduction to Internet-based resources that can enhance research in molecular biology. The text reviews essential databases and online tools, then shifts focus to methods for utilizing and creating Internet-distributed information. Subsequent chapters provide in-depth examples of how technologies such as molecular visualization, VRML, and XSLT can be employed to address biological challenges.