Abstract
Cellular networks are organized into functional modules that accomplish discrete biological processes. The evolutionary mechanisms driving the emergence of this modular character are still unclear. Protein complexes are functional modules in protein interaction networks, suitable to study the origins of modularity. I'll discuss how gene duplication of a specific set of genes is associated with the emergence of protein complexes in evolution. Theoretical modeling and data analyses point to the duplication of genes coding for proteins capable of forming self interactions (homomeric interactions) being central in the origins of protein complexes. I'll discuss the different structural and functional consequences of such duplications. from BioSysBio: Bioinformatics and Systems Biology Conference Edinburgh, UK, 14–15 July 2005
Highlights
phlettmpe:/n/wt>wmcBeniotSrayls.Bcoiom: /Bcioonintefonrtm/padtfi/c1s4a7n1d-2S1y0s5te-6m-Ss3B-ionflo.gpydCfre Meeting abstracts – A single PDF containing all abstracts in this Supplement is available here.
Cellular networks are organized into functional modules that accomplish discrete biological processes
Protein complexes are functional modules in protein interaction networks, suitable to study the origins of modularity
Summary
phlettmpe:/n/wt>wmcBeniotSrayls.Bcoiom: /Bcioonintefonrtm/padtfi/c1s4a7n1d-2S1y0s5te-6m-Ss3B-ionflo.gpydCfre Meeting abstracts – A single PDF containing all abstracts in this Supplement is available here.. The evolutionary origin of protein complexes Jose Pereira-Leal*
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