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The aim is to clarify the definitions and implications of orthologs and paralogs in evolutionary genomics.

Orthologs, Paralogs, and Evolutionary Genomics

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The aim is to clarify the definitions and implications of orthologs and paralogs in evolutionary genomics.
Review of definitions and subtypes of orthologs and paralogs.
Outline of methodological approaches for identifying orthology and paralogy.
Analysis of evolutionary and functional implications.
Orthologous relationships can be established in most sequenced genomes across taxonomically distant species.
A clear distinction between orthologs and paralogs is essential for gene classification.
Effective functional annotation of newly sequenced genomes relies on understanding these relationships.

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This review clarifies orthologs and paralogs to improve gene classification and annotation.

Eugene V. Koonin (2005) studied this question.

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