AbstractAccumulating evidence indicates that gene order in eukaryotic genomes is not completely random and that genes with similar expression levels tend to be clustered within the same genomic neighborhoods. The mechanism behind these gene coexpression clusters is as yet unclear. In this article, plausible biochemical, genetic, evolutionary, and technological determinants of this pattern are briefly reviewed
The role of natural selection in biology is well appreciated. Recently, however, a critical role for...
Background: There is increasing evidence that gene order within the eukaryotic genome is not random....
Abstract Background Co-expressing genes tend to cluster in eukaryotic genomes. This paper analyzes c...
AbstractAccumulating evidence indicates that gene order in eukaryotic genomes is not completely rand...
Gene order in eukaryotic genomes is not random. Genes showing similar expression (coexpression) patt...
BACKGROUND: Gene order in eukaryotic genomes is not random. Genes showing similar expression (coexpr...
peer-reviewedGenes that belong to the same functional pathways are often packaged into operons in pr...
AbstractIn studies of their transcriptional activity, genomes have shown a high order of organizatio...
In studies of their transcriptional activity, genomes have shown a high order of organization. We as...
In studies of their transcriptional activity, genomes have shown a high order of organization. We as...
In studies of their transcriptional activity, genomes have shown a high order of organization. We as...
Abstract Background There is increasing evidence that gene order within the eukaryotic genome is not...
In prokaryotes, genomic distance is a feature that in addition to coregulation affects coexpression....
Abstract Background Gene order and location in chromosomes of species are non-random. Neighboring ge...
Genes are not randomly distributed in the genome. In humans, 10% of protein‐coding genes are transcr...
The role of natural selection in biology is well appreciated. Recently, however, a critical role for...
Background: There is increasing evidence that gene order within the eukaryotic genome is not random....
Abstract Background Co-expressing genes tend to cluster in eukaryotic genomes. This paper analyzes c...
AbstractAccumulating evidence indicates that gene order in eukaryotic genomes is not completely rand...
Gene order in eukaryotic genomes is not random. Genes showing similar expression (coexpression) patt...
BACKGROUND: Gene order in eukaryotic genomes is not random. Genes showing similar expression (coexpr...
peer-reviewedGenes that belong to the same functional pathways are often packaged into operons in pr...
AbstractIn studies of their transcriptional activity, genomes have shown a high order of organizatio...
In studies of their transcriptional activity, genomes have shown a high order of organization. We as...
In studies of their transcriptional activity, genomes have shown a high order of organization. We as...
In studies of their transcriptional activity, genomes have shown a high order of organization. We as...
Abstract Background There is increasing evidence that gene order within the eukaryotic genome is not...
In prokaryotes, genomic distance is a feature that in addition to coregulation affects coexpression....
Abstract Background Gene order and location in chromosomes of species are non-random. Neighboring ge...
Genes are not randomly distributed in the genome. In humans, 10% of protein‐coding genes are transcr...
The role of natural selection in biology is well appreciated. Recently, however, a critical role for...
Background: There is increasing evidence that gene order within the eukaryotic genome is not random....
Abstract Background Co-expressing genes tend to cluster in eukaryotic genomes. This paper analyzes c...