The relationship between the clustered organization of vertebrate Hox genes and their coordinate transcription in space and time is still lacking a convincing mechanistic explanation. Recent work on the regulatory interactions within Hox complexes suggests some reasons why these genes have remained clustered. Although these results do not address the puzzling issue of colinearity directly, they nevertheless add novel important input to the debate
ParaHox genes, and their evolutionary sisters the Hox genes, are integral to patterning the anterior...
Abstract In vertebrates, clusters of Hox genes express in a nested and hierarchical fashion to endow...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...
During development of the vertebrate body axis, Hox genes are transcribed sequentially, in both time...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...
In many animal species with a bilateral symmetry, Hox genes are clustered either at one or at severa...
In many animal species with a bilateral symmetry,; Hox; genes are clustered either at one or at seve...
During vertebrate development, clustered genes from the Hox family of transcription factors are acti...
AbstractVertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustere...
Although all bilaterian animals have a related set of Hox genes, the genomic organization of this ge...
AbstractVertebrate Hox genes are activated following a temporal sequence that reflects their linear ...
Vertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustered organi...
Vertebrate Hox genes are activated following a temporal sequence that reflects their linear order in...
The Hox genes are a family of developmental control genes containing a homeobox motif, and tend to b...
transcription factors called Hox genes [1-4]. Excepting fish, vertebrate Hox genes are ordered among...
ParaHox genes, and their evolutionary sisters the Hox genes, are integral to patterning the anterior...
Abstract In vertebrates, clusters of Hox genes express in a nested and hierarchical fashion to endow...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...
During development of the vertebrate body axis, Hox genes are transcribed sequentially, in both time...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...
In many animal species with a bilateral symmetry, Hox genes are clustered either at one or at severa...
In many animal species with a bilateral symmetry,; Hox; genes are clustered either at one or at seve...
During vertebrate development, clustered genes from the Hox family of transcription factors are acti...
AbstractVertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustere...
Although all bilaterian animals have a related set of Hox genes, the genomic organization of this ge...
AbstractVertebrate Hox genes are activated following a temporal sequence that reflects their linear ...
Vertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustered organi...
Vertebrate Hox genes are activated following a temporal sequence that reflects their linear order in...
The Hox genes are a family of developmental control genes containing a homeobox motif, and tend to b...
transcription factors called Hox genes [1-4]. Excepting fish, vertebrate Hox genes are ordered among...
ParaHox genes, and their evolutionary sisters the Hox genes, are integral to patterning the anterior...
Abstract In vertebrates, clusters of Hox genes express in a nested and hierarchical fashion to endow...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...