SummaryIn zebrafish, endoderm induction occurs in marginal blastomeres and requires Casanova (Cas), the first endoderm-specific factor expressed in the embryo. Whereas the transcription factors Gata5 and Bon are necessary and sufficient for cas expression in marginal blastomeres, Bon and Gata5 are unable to induce cas in animal pole cells, suggesting that cas expression requires an additional, unidentified factor(s). Here, we show that cas expression depends upon the T box transcription factor Eomesodermin (Eomes), a maternal determinant that is localized to marginal blastomeres. Eomes synergizes potently with Bon and Gata5 to induce cas, even in animal pole blastomeres. We show that Eomes is required for endogenous endoderm induction, acti...
During embryonic development in vertebrates, the endoderm becomes patterned along the anteroposterio...
SummaryInitiation of motile cell behavior in embryonic development occurs during late blastula stage...
AbstractThe gastrulating vertebrate embryo develops three germlayers: ectoderm, mesoderm, and endode...
SummaryIn zebrafish, endoderm induction occurs in marginal blastomeres and requires Casanova (Cas), ...
AbstractThe cellular and molecular mechanisms that regulate endoderm development in vertebrates have...
AbstractBackground: Several potentially important regulators of vertebrate endoderm development have...
AbstractThe T-box transcription factor Eomesodermin (Eomes) has been implicated in patterning and mo...
Endoderm and mesoderm are both formed upon activation of Nodal signaling but how endoderm differenti...
Abstract Background Nodal signalling is an absolute r...
How cell movements are coordinated during morphogenesis is not well understood. We focus on epiboly...
AbstractIn zebrafish development, Nodal signaling is critical for the induction of endoderm and meso...
International audienceEndoderm originates from a large endomesodermal field requiring Nodal signalli...
The gastrulating vertebrate embryo develops three germlayers: ectoderm, mesoderm, and endoderm. Zebr...
Early embryonic development is governed by a tightly regulated series of cell fate decisions to form...
down of Eomes function results in an endoderm defi-ciency. We find that Eomes binds a site in the ca...
During embryonic development in vertebrates, the endoderm becomes patterned along the anteroposterio...
SummaryInitiation of motile cell behavior in embryonic development occurs during late blastula stage...
AbstractThe gastrulating vertebrate embryo develops three germlayers: ectoderm, mesoderm, and endode...
SummaryIn zebrafish, endoderm induction occurs in marginal blastomeres and requires Casanova (Cas), ...
AbstractThe cellular and molecular mechanisms that regulate endoderm development in vertebrates have...
AbstractBackground: Several potentially important regulators of vertebrate endoderm development have...
AbstractThe T-box transcription factor Eomesodermin (Eomes) has been implicated in patterning and mo...
Endoderm and mesoderm are both formed upon activation of Nodal signaling but how endoderm differenti...
Abstract Background Nodal signalling is an absolute r...
How cell movements are coordinated during morphogenesis is not well understood. We focus on epiboly...
AbstractIn zebrafish development, Nodal signaling is critical for the induction of endoderm and meso...
International audienceEndoderm originates from a large endomesodermal field requiring Nodal signalli...
The gastrulating vertebrate embryo develops three germlayers: ectoderm, mesoderm, and endoderm. Zebr...
Early embryonic development is governed by a tightly regulated series of cell fate decisions to form...
down of Eomes function results in an endoderm defi-ciency. We find that Eomes binds a site in the ca...
During embryonic development in vertebrates, the endoderm becomes patterned along the anteroposterio...
SummaryInitiation of motile cell behavior in embryonic development occurs during late blastula stage...
AbstractThe gastrulating vertebrate embryo develops three germlayers: ectoderm, mesoderm, and endode...