The origin of body axis is one of the central themes on animal evolution. Usually regarded as an innovation of Bilateria, the bilateral symmetry is broadly distributed in the Anthozoan class of Cnidarians. The molecular basis of this Anthozoan bilaterality have been studied in Nematostella vectensis (Actiniaria), and the discovery that the BMP-pathway was differentially expressed along the secondary axis lead authors to presume that bilaterality was ancestral to the Cnidaria/Bilateria divergence (Finnerty et al. 2004, Matus et al. 2006), while Manuel (2009) preferred a convergence hypothesis based on comparative anatomy and phylogeny. In opposition to Bilateria, HOX genes have recently been shown to be differentially expressed along the sec...
AbstractHox and ParaHox genes constitute two families of developmental regulators that pattern the A...
BACKGROUND. Hox genes were critical to many morphological innovations of bilaterian animals. Howev...
Hox gene transcription factors are important regulators of positional identity along the anterior-po...
The origin of body axis is one of the central themes on animal evolution. Usually regarded as an inn...
<i>Hox</i> gene transcription factors are important regulators of positional identity along the ante...
[eng] One of the main issues in animal evolution deal with the transition from radial organisms (Cni...
The past two years have seen a dramatic increase in the available data on gene sequence and gene exp...
Cnidarians are animals with a single (oral/aboral) overt body axis and with origins that nominally p...
Cnidarians are animals with a single (oral/aboral) overt body axis and with origins that nominally p...
[Extract] The past few years have seen a dramatic increase in the available data on gene sequence an...
BACKGROUND: The early evolution and diversification of Hox-related genes in eumetazoans has been the...
AbstractCnidarians are animals with a single (oral/aboral) overt body axis and with origins that nom...
The early evolution and diversification of Hox-related genes in eumetazoans has been the subject of ...
Molecular phylogenies place the acoel flatworms as the sister-group to the remaining Bilateria, a po...
Across the animal kingdom, Hox genes are organized in clusters whose genomic organization reflects t...
AbstractHox and ParaHox genes constitute two families of developmental regulators that pattern the A...
BACKGROUND. Hox genes were critical to many morphological innovations of bilaterian animals. Howev...
Hox gene transcription factors are important regulators of positional identity along the anterior-po...
The origin of body axis is one of the central themes on animal evolution. Usually regarded as an inn...
<i>Hox</i> gene transcription factors are important regulators of positional identity along the ante...
[eng] One of the main issues in animal evolution deal with the transition from radial organisms (Cni...
The past two years have seen a dramatic increase in the available data on gene sequence and gene exp...
Cnidarians are animals with a single (oral/aboral) overt body axis and with origins that nominally p...
Cnidarians are animals with a single (oral/aboral) overt body axis and with origins that nominally p...
[Extract] The past few years have seen a dramatic increase in the available data on gene sequence an...
BACKGROUND: The early evolution and diversification of Hox-related genes in eumetazoans has been the...
AbstractCnidarians are animals with a single (oral/aboral) overt body axis and with origins that nom...
The early evolution and diversification of Hox-related genes in eumetazoans has been the subject of ...
Molecular phylogenies place the acoel flatworms as the sister-group to the remaining Bilateria, a po...
Across the animal kingdom, Hox genes are organized in clusters whose genomic organization reflects t...
AbstractHox and ParaHox genes constitute two families of developmental regulators that pattern the A...
BACKGROUND. Hox genes were critical to many morphological innovations of bilaterian animals. Howev...
Hox gene transcription factors are important regulators of positional identity along the anterior-po...