Add to ORKGIn Xenopus and zebrafish, elongation of the anterior-posterior axis from a spherical early embryo depends on the movement and intercalation of lateral cells towards the midline, a process called convergent extension (reviewed by Wallingford et al., 2002)
The vertebrate embryo’s first organ is the notochord, a stiffening rod later replaced by the backbon...
During early embryonic development, cell and tissue movements must be carefully orchestrated to prev...
AbstractDuring vertebrate gastrulation, a ventral to dorsal gradient of bone morphogenetic protein (...
During development, vertebrate embryos undergo dramatic changes in shape. The lengthening and narrow...
Body axis elongation represents a common and fundamental morphogenetic process in development. A key...
In vertebrate embryos, a process called somitogenesis lays the foundations of the adult spine. This ...
BACKGROUND: The vertebrate body axis extends sequentially from the posterior tip of the embryo, fuel...
Posterior body elongation is a widespread mechanism propelling the generation of the metazoan body p...
International audiencePosterior body elongation is a widespread mechanism propelling the generation ...
AbstractConvergent extension, the simultaneous narrowing and lengthening of a tissue, plays a major ...
We discuss the cellular basis and tissue interactions regulating convergence and extension of the v...
AbstractThe antero-posterior dispersion of clonally related cells is a prominent feature of axis elo...
International audienceDuring vertebrate gastrulation, convergence and extension (C&E) movements narr...
Early on in development, embryos undergo a dramatic change in shape in order to transform from a col...
In vertebrate embryos the presomitic mesoderm becomes progressively segmented into somites at the an...
The vertebrate embryo’s first organ is the notochord, a stiffening rod later replaced by the backbon...
During early embryonic development, cell and tissue movements must be carefully orchestrated to prev...
AbstractDuring vertebrate gastrulation, a ventral to dorsal gradient of bone morphogenetic protein (...
During development, vertebrate embryos undergo dramatic changes in shape. The lengthening and narrow...
Body axis elongation represents a common and fundamental morphogenetic process in development. A key...
In vertebrate embryos, a process called somitogenesis lays the foundations of the adult spine. This ...
BACKGROUND: The vertebrate body axis extends sequentially from the posterior tip of the embryo, fuel...
Posterior body elongation is a widespread mechanism propelling the generation of the metazoan body p...
International audiencePosterior body elongation is a widespread mechanism propelling the generation ...
AbstractConvergent extension, the simultaneous narrowing and lengthening of a tissue, plays a major ...
We discuss the cellular basis and tissue interactions regulating convergence and extension of the v...
AbstractThe antero-posterior dispersion of clonally related cells is a prominent feature of axis elo...
International audienceDuring vertebrate gastrulation, convergence and extension (C&E) movements narr...
Early on in development, embryos undergo a dramatic change in shape in order to transform from a col...
In vertebrate embryos the presomitic mesoderm becomes progressively segmented into somites at the an...
The vertebrate embryo’s first organ is the notochord, a stiffening rod later replaced by the backbon...
During early embryonic development, cell and tissue movements must be carefully orchestrated to prev...
AbstractDuring vertebrate gastrulation, a ventral to dorsal gradient of bone morphogenetic protein (...