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Mapping and measuring proteomes

Ruedi Aebersold

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Abstract

The human genome project has taught us that a complete map -in the case of the genome project the complete genomic sequence along with computational tools to navigate the map represent invaluable resources for experimental and theoretical biologists. A main consequence of such a complete map is that all the biological processes have to be explainable with the components that constitute the map. Proteomics, until recently, has not reached the stage that complete maps are available but the urgent need for their generation is now widely recognized.

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What this paper is about

The human genome project has taught us that a complete map -in the case of the genome project the complete genomic sequence along with computational tools to navigate the map represent invaluable resources for experimental and theoretical biologists. A main consequence of such a complete map is that all the biological processes have to be explainable with the components that constitute the map. Proteomics, until recently, has not reached the stage that complete maps are available but the urgent need for their generation is now widely recognized.

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Available abstract

The human genome project has taught us that a complete map -in the case of the genome project the complete genomic sequence along with computational tools to navigate the map represent invaluable resources for experimental and theoretical biologists. A main consequence of such a complete map is that all the biological processes have to be explainable with the components that constitute the map. Proteomics, until recently, has not reached the stage that complete maps are available but the urgent need for their generation is now widely recognized.

Key concepts: Human genome, Computational biology, Computer science, Sequence (biology), Genome, Human proteome project, Genome project, Genomics

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