ParaHox genes, and their evolutionary sisters the Hox genes, are integral to patterning the anterior-posterior axis of most animals. Like the Hox genes, ParaHox genes can be clustered and exhibit the phenomenon of colinearity - gene order within the cluster matching gene activation. Two new instances of ParaHox clustering provide the first examples of intact clusters outside chordates, with gene expression lending weight to the argument that temporal colinearity is the key to understanding clustering
Vertebrate Hox genes are essential for the proper organization of the body plan during development. ...
AbstractThe arrangement of Hox genes into physical clusters is fundamental to the patterning of anim...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...
ParaHox genes, and their evolutionary sisters the Hox genes, are integral to patterning the anterior...
The Hox gene cluster, and its evolutionary sister the ParaHox gone cluster, pattern the anterior-pos...
The relationship between the clustered organization of vertebrate Hox genes and their coordinate tra...
AbstractHomeobox genes encode important developmental control proteins. In vertebrates, those encodi...
The ParaHox and Hox gene clusters control aspects of animal anterior-posterior development and are r...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...
The ANTP family of homeodomain transcription factors consists of three major groups, the NKL, the ex...
Work in the author's lab is funded by BBSRC DTP studentships and the School of Biology, University o...
The Hox genes are a family of developmental control genes containing a homeobox motif, and tend to b...
AbstractThe ANTP family of homeodomain transcription factors consists of three major groups, the NKL...
During vertebrate development, clustered genes from the Hox family of transcription factors are acti...
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. ...
AbstractThe arrangement of Hox genes into physical clusters is fundamental to the patterning of anim...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...
ParaHox genes, and their evolutionary sisters the Hox genes, are integral to patterning the anterior...
The Hox gene cluster, and its evolutionary sister the ParaHox gone cluster, pattern the anterior-pos...
The relationship between the clustered organization of vertebrate Hox genes and their coordinate tra...
AbstractHomeobox genes encode important developmental control proteins. In vertebrates, those encodi...
The ParaHox and Hox gene clusters control aspects of animal anterior-posterior development and are r...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...
The ANTP family of homeodomain transcription factors consists of three major groups, the NKL, the ex...
Work in the author's lab is funded by BBSRC DTP studentships and the School of Biology, University o...
The Hox genes are a family of developmental control genes containing a homeobox motif, and tend to b...
AbstractThe ANTP family of homeodomain transcription factors consists of three major groups, the NKL...
During vertebrate development, clustered genes from the Hox family of transcription factors are acti...
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. ...
AbstractThe arrangement of Hox genes into physical clusters is fundamental to the patterning of anim...
The family of Hox gene transcription factors confers anterior-to-posterior positional information du...