Genes that are clustered on multiple genomes and are likely to functionally interact tend to be gained or lost together during genome evolution. Here, we demonstrate that exceptions to this pattern indicate relatively distant functional interactions between the encoded proteins. Hence, this can be used to divide predicted clusters of functionally interacting proteins into sub-clusters, and as such, to refine the prediction of their function and functional interactions
Biological networks have evolved to be highly functional within uncertain environments while remaini...
An important element of the developing field of proteomics is to understand protein-protein interact...
Proteins combine in various ways to execute different essential functions. Cellular processes are en...
Genes that are clustered on multiple genomes and are likely to functionally interact tend to be gain...
Item does not contain fulltextGenes that are clustered on multiple genomes and are likely to functio...
The analysis of completely sequenced genomes uncovers an astonishing variability between species in ...
Abstract Background While the number of newly sequenced genomes and genes is constantly increasing, ...
By combining the pairwise interactions between proteins, as predicted by the conserved co-occurrence...
Earlier, we presented evidence that it is possible to predict functional cou-pling between genes bas...
In the genomics era, the interactions between proteins are at the center of attention. Genomic-conte...
We assume that the functional relations that a protein engages in, influences it’s evolutionary dyna...
Many previous studies have shown that by using variants of "guilt-by-association", gene function pre...
Functional links between genes can be predicted using phylogenetic profiling, by correlating the app...
Large-scale molecular interaction data sets have the potential to provide a comprehensive, system-wi...
Large-scale molecular interaction data sets have the potential to provide a comprehensive, system-wi...
Biological networks have evolved to be highly functional within uncertain environments while remaini...
An important element of the developing field of proteomics is to understand protein-protein interact...
Proteins combine in various ways to execute different essential functions. Cellular processes are en...
Genes that are clustered on multiple genomes and are likely to functionally interact tend to be gain...
Item does not contain fulltextGenes that are clustered on multiple genomes and are likely to functio...
The analysis of completely sequenced genomes uncovers an astonishing variability between species in ...
Abstract Background While the number of newly sequenced genomes and genes is constantly increasing, ...
By combining the pairwise interactions between proteins, as predicted by the conserved co-occurrence...
Earlier, we presented evidence that it is possible to predict functional cou-pling between genes bas...
In the genomics era, the interactions between proteins are at the center of attention. Genomic-conte...
We assume that the functional relations that a protein engages in, influences it’s evolutionary dyna...
Many previous studies have shown that by using variants of "guilt-by-association", gene function pre...
Functional links between genes can be predicted using phylogenetic profiling, by correlating the app...
Large-scale molecular interaction data sets have the potential to provide a comprehensive, system-wi...
Large-scale molecular interaction data sets have the potential to provide a comprehensive, system-wi...
Biological networks have evolved to be highly functional within uncertain environments while remaini...
An important element of the developing field of proteomics is to understand protein-protein interact...
Proteins combine in various ways to execute different essential functions. Cellular processes are en...