Comparison of whole genome sequences of representative animals enables reconstruction of the ancestral bilaterian genome: the starting point from which most extant animal lineages evolved. The Hox gene cluster patterns the anterior-posterior axis of bilaterians. Here we show that this cluster was embedded within a larger homeobox gene cluster, the Super-Hox cluster, in the ancestral bilaterian. This Super-Hox cluster contained at least eight genes alongside the core Hox genes ('EuHox' genes).</p
Work in the author's lab is funded by BBSRC DTP studentships and the School of Biology, University o...
The Hox genes encode transcription factors that play vital roles in the anterior-posterior patternin...
SummaryGenomic comparisons of chordates, hemichordates, and echinoderms can inform hypotheses for th...
Comparison of whole genome sequences of representative animals enables reconstruction of the ancestr...
Comparison of whole genome sequences of representative animals enables reconstruction of the ancestr...
The Hox genes are a family of developmental control genes containing a homeobox motif, and tend to b...
Bilaterian animals have a Hox gene cluster essential for patterning the main body axis, and a ParaHo...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...
AbstractThe arrangement of Hox genes into physical clusters is fundamental to the patterning of anim...
The Hox gene cluster has a crucial function in body patterning during animal development. How and wh...
BACKGROUND. Hox genes were critical to many morphological innovations of bilaterian animals. Howev...
Bilaterian animals have a Hox gene cluster essential for patterning the main body axis, and a ParaHo...
SummaryHox and other Antennapedia (ANTP)-like homeobox gene subclasses—ParaHox, EHGbox, and NK-like—...
Although all bilaterian animals have a related set of Hox genes, the genomic organization of this ge...
Hox and other Antennapedia (ANTP)-like homeobox gene subclasses-ParaHox, EHGbox, and NK-likecontribu...
Work in the author's lab is funded by BBSRC DTP studentships and the School of Biology, University o...
The Hox genes encode transcription factors that play vital roles in the anterior-posterior patternin...
SummaryGenomic comparisons of chordates, hemichordates, and echinoderms can inform hypotheses for th...
Comparison of whole genome sequences of representative animals enables reconstruction of the ancestr...
Comparison of whole genome sequences of representative animals enables reconstruction of the ancestr...
The Hox genes are a family of developmental control genes containing a homeobox motif, and tend to b...
Bilaterian animals have a Hox gene cluster essential for patterning the main body axis, and a ParaHo...
The Hox gene cluster has been a major focus in evolutionary developmental biology. This is because o...
AbstractThe arrangement of Hox genes into physical clusters is fundamental to the patterning of anim...
The Hox gene cluster has a crucial function in body patterning during animal development. How and wh...
BACKGROUND. Hox genes were critical to many morphological innovations of bilaterian animals. Howev...
Bilaterian animals have a Hox gene cluster essential for patterning the main body axis, and a ParaHo...
SummaryHox and other Antennapedia (ANTP)-like homeobox gene subclasses—ParaHox, EHGbox, and NK-like—...
Although all bilaterian animals have a related set of Hox genes, the genomic organization of this ge...
Hox and other Antennapedia (ANTP)-like homeobox gene subclasses-ParaHox, EHGbox, and NK-likecontribu...
Work in the author's lab is funded by BBSRC DTP studentships and the School of Biology, University o...
The Hox genes encode transcription factors that play vital roles in the anterior-posterior patternin...
SummaryGenomic comparisons of chordates, hemichordates, and echinoderms can inform hypotheses for th...