During vertebrate development, clustered genes from the Hox family of transcription factors are activated in a precise temporal and spatial sequence that follows their chromosomal order (the "Hox clock"). Recent advances in the knowledge of the underlying mechanisms reveal that the embryo uses a variety of strategies to implement this colinear process, depending on both the type and the evolutionary history of axial structures. The search for a universal mechanism has likely hampered our understanding of this enigmatic phenomenon, which may be caused by various and unrelated regulatory processes, as long as the final distribution of proteins (the HOX code) is preserved
Vertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustered organi...
Abstract In vertebrates, clusters of Hox genes express in a nested and hierarchical fashion to endow...
Hox gene collinearity was discovered be Edward B. Lewis in 1978. It consists of the Hox1, Hox2, Hox3...
During vertebrate development, clustered genes from the Hox family of transcription factors are acti...
The relationship between the clustered organization of vertebrate Hox genes and their coordinate tra...
Collinear regulation of Hox genes in space and time has been an outstanding question ever since the ...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...
During development of the vertebrate body axis, Hox genes are transcribed sequentially, in both time...
Vertebrate Hox genes are essential for the proper organization of the body plan during development. ...
Hox genes are essential regulators of embryonic development. Their step-wise transcriptional activat...
Hox collinearity is a spectacular phenomenon that has excited life scientists since its discovery in...
My PhD project studies how the temporally sequential Hox gene expression is regulat...
It has long been known that Hox genes are central players in patterning the vertebrate axial skeleto...
AbstractVertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustere...
<div><p>Investigating regulation and function of the Hox genes, key regulators of positional identit...
Vertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustered organi...
Abstract In vertebrates, clusters of Hox genes express in a nested and hierarchical fashion to endow...
Hox gene collinearity was discovered be Edward B. Lewis in 1978. It consists of the Hox1, Hox2, Hox3...
During vertebrate development, clustered genes from the Hox family of transcription factors are acti...
The relationship between the clustered organization of vertebrate Hox genes and their coordinate tra...
Collinear regulation of Hox genes in space and time has been an outstanding question ever since the ...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...
During development of the vertebrate body axis, Hox genes are transcribed sequentially, in both time...
Vertebrate Hox genes are essential for the proper organization of the body plan during development. ...
Hox genes are essential regulators of embryonic development. Their step-wise transcriptional activat...
Hox collinearity is a spectacular phenomenon that has excited life scientists since its discovery in...
My PhD project studies how the temporally sequential Hox gene expression is regulat...
It has long been known that Hox genes are central players in patterning the vertebrate axial skeleto...
AbstractVertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustere...
<div><p>Investigating regulation and function of the Hox genes, key regulators of positional identit...
Vertebrate Hox genes are activated in a spatiotemporal sequence that reflects their clustered organi...
Abstract In vertebrates, clusters of Hox genes express in a nested and hierarchical fashion to endow...
Hox gene collinearity was discovered be Edward B. Lewis in 1978. It consists of the Hox1, Hox2, Hox3...