Despite the common assumption that orthologs usually share the same function, there have been various reports of divergence between orthologs, even among species as close as mammals. The comparison of mouse and human is of special interest, because mouse is often used as a model organism to understand human biology. We review the literature on evidence for divergence between human and mouse orthologous genes, and discuss it in the context of biomedical research
<p>Unsupervised clustering created three distinctive classes for human genes: “Up”, “Up-down” and “D...
The laboratory mouse shares the majority of its protein-coding genes with humans, making it the prem...
Understanding the core set of genes that are necessary for basic developmental functions is one of t...
Despite the common assumption that orthologs usually share the same function, there have been variou...
Background: Recent discoveries have highlighted the fact that alternative splicing and alternative t...
The mouse genome database (MGD) is the model organism database component of the mouse genome informa...
<div><p>The ortholog conjecture posits that orthologous genes are functionally more similar than par...
Rapid rates of evolution can signify either a lack of selective constraint and the consequent accumu...
Thanks to the improvement of genome sequencing technology, abundant multi-species genomic data now b...
Mouse models have been engineered to reveal the biological mechanisms of human diseases based on an ...
BACKGROUND: Model organisms have contributed substantially to our understanding of the etiology ...
Our understanding of early human development has been impeded by the general difficulty in obtaining...
AbstractThe genomic basis of phenotypic distinctions between humans and nonhuman primates remains in...
The mouse (Mus musculus) is the premier animal model for understanding human disease and development...
BACKGROUND: Due to the advances of high throughput technology and data-collection approaches, we are...
<p>Unsupervised clustering created three distinctive classes for human genes: “Up”, “Up-down” and “D...
The laboratory mouse shares the majority of its protein-coding genes with humans, making it the prem...
Understanding the core set of genes that are necessary for basic developmental functions is one of t...
Despite the common assumption that orthologs usually share the same function, there have been variou...
Background: Recent discoveries have highlighted the fact that alternative splicing and alternative t...
The mouse genome database (MGD) is the model organism database component of the mouse genome informa...
<div><p>The ortholog conjecture posits that orthologous genes are functionally more similar than par...
Rapid rates of evolution can signify either a lack of selective constraint and the consequent accumu...
Thanks to the improvement of genome sequencing technology, abundant multi-species genomic data now b...
Mouse models have been engineered to reveal the biological mechanisms of human diseases based on an ...
BACKGROUND: Model organisms have contributed substantially to our understanding of the etiology ...
Our understanding of early human development has been impeded by the general difficulty in obtaining...
AbstractThe genomic basis of phenotypic distinctions between humans and nonhuman primates remains in...
The mouse (Mus musculus) is the premier animal model for understanding human disease and development...
BACKGROUND: Due to the advances of high throughput technology and data-collection approaches, we are...
<p>Unsupervised clustering created three distinctive classes for human genes: “Up”, “Up-down” and “D...
The laboratory mouse shares the majority of its protein-coding genes with humans, making it the prem...
Understanding the core set of genes that are necessary for basic developmental functions is one of t...