<div><p>Genome sequencing of various individuals or isolates of the same species allows studying the polymorphism level of specific proteins and protein domains. Here we ask whether domains that are known to be involved in mediating protein-protein interactions show lower polymorphism than other domains. To this end we take advantage of a recent genome sequence dataset of 39 <em>Saccahromyces cerevisiae</em> strains and the experimentally determined protein interaction network of the laboratory strain. We analyze the polymorphism in domain residues involved in interactions at various levels of resolution, depending on their likelihood to be interaction mediators. We find that domains involved in interactions are less polymorphic than other ...
<div><p>Interest in the evolution of protein-protein and genetic interaction networks has been risin...
The notion that sequence homology implies functional similarity underlies much of computational biol...
The notion that sequence homology implies functional similarity underlies much of computational biol...
In the postgenomic era, one of the most interesting and important challenges is to understand protei...
Background: Protein interactions are thought to be largely mediated by interactions between structu...
<p>(<b>A</b>) Average fractions of non-synonymous mutations in residues determined by the various re...
AbstractIt is well proved that the probability that a protein interacts with itself is higher than t...
<div><p>Many protein interactions are conserved among organisms despite changes in the amino acid se...
Studies of interacting proteins have found correlated evolution of the sequences of binding partners...
Abstract Background Synthetic genetic interactions ha...
Studies of interacting proteins have found correlated evolution of the sequences of binding partners...
Interest in the evolution of protein-protein and genetic interaction networks has been rising in rec...
Physically interacting proteins or parts of proteins are expected to evolve in a coordinated manner ...
Physically interacting proteins or parts of proteins are expected to evolve in a coordinated manner...
<div><p>The notion that sequence homology implies functional similarity underlies much of computatio...
<div><p>Interest in the evolution of protein-protein and genetic interaction networks has been risin...
The notion that sequence homology implies functional similarity underlies much of computational biol...
The notion that sequence homology implies functional similarity underlies much of computational biol...
In the postgenomic era, one of the most interesting and important challenges is to understand protei...
Background: Protein interactions are thought to be largely mediated by interactions between structu...
<p>(<b>A</b>) Average fractions of non-synonymous mutations in residues determined by the various re...
AbstractIt is well proved that the probability that a protein interacts with itself is higher than t...
<div><p>Many protein interactions are conserved among organisms despite changes in the amino acid se...
Studies of interacting proteins have found correlated evolution of the sequences of binding partners...
Abstract Background Synthetic genetic interactions ha...
Studies of interacting proteins have found correlated evolution of the sequences of binding partners...
Interest in the evolution of protein-protein and genetic interaction networks has been rising in rec...
Physically interacting proteins or parts of proteins are expected to evolve in a coordinated manner ...
Physically interacting proteins or parts of proteins are expected to evolve in a coordinated manner...
<div><p>The notion that sequence homology implies functional similarity underlies much of computatio...
<div><p>Interest in the evolution of protein-protein and genetic interaction networks has been risin...
The notion that sequence homology implies functional similarity underlies much of computational biol...
The notion that sequence homology implies functional similarity underlies much of computational biol...