<p>Each photo shows movement of cells in 1 h time interval. At 0 h the EGFP transfected cells are seen in the DML. At later time points, the dynamics of the transfected cells are visible, with cells moving to the subectodermal space above the neural tube (black arrows), and additionally migrating to the immediate neighbourhood of the neural tube (white arrows) and the myotome. These dynamic movements are characteristic of a normal distribution of DML cells, where DML cells migrate to the subectodermal space in order to form the dorsal dermis and to the myotome to form the muscle. The red outline indicates the DML. Scale bar: 100 μm.</p
The spreading behaviour of dissociated hypoblast cells on and besides a band of aligned fibrils asso...
Background: Co-ordinated cell movement is a fundamental feature of developing embryos. Massive cell ...
The neural crest offer a unique model system to study mechanisms of cell migration since cells are a...
The body of vertebrate embryos forms by posterior elongation from a terminal growth zone called the ...
Migratory cells can travel long distances within the embryo to reach peripheral structures. How cell...
<p>A. EGFP-transfected DML of chicken embryo at stage HH18-19, 20 hours after electroporation. B. Th...
In ovo electroporation is a well established method to introduce transgenes into a number of tissues...
AbstractThe study of the morphogenetic cell movements underlying myotome formation in the chick embr...
Neural crest cells emerge from the neural tube early in development. They migrate extensively throug...
In most animals, primordial germ cells (PGCs) originate from an extragonadal region and migrate acro...
Epithelial-to-mesenchymal transition is a hallmark event in the metastatic cascade conferring invasi...
The morphogenesis of vertebrate body parts remains an open question. It is not clear whether the exi...
AbstractThe first evidence for the dynamics of in vivo extracellular matrix (ECM) pattern formation ...
How individual cells and tissues organize and coordinate to form the structure of a developing embry...
Supplementary Movie. Frames from a time-lapse sequence showing membrane activity of edge cells durin...
The spreading behaviour of dissociated hypoblast cells on and besides a band of aligned fibrils asso...
Background: Co-ordinated cell movement is a fundamental feature of developing embryos. Massive cell ...
The neural crest offer a unique model system to study mechanisms of cell migration since cells are a...
The body of vertebrate embryos forms by posterior elongation from a terminal growth zone called the ...
Migratory cells can travel long distances within the embryo to reach peripheral structures. How cell...
<p>A. EGFP-transfected DML of chicken embryo at stage HH18-19, 20 hours after electroporation. B. Th...
In ovo electroporation is a well established method to introduce transgenes into a number of tissues...
AbstractThe study of the morphogenetic cell movements underlying myotome formation in the chick embr...
Neural crest cells emerge from the neural tube early in development. They migrate extensively throug...
In most animals, primordial germ cells (PGCs) originate from an extragonadal region and migrate acro...
Epithelial-to-mesenchymal transition is a hallmark event in the metastatic cascade conferring invasi...
The morphogenesis of vertebrate body parts remains an open question. It is not clear whether the exi...
AbstractThe first evidence for the dynamics of in vivo extracellular matrix (ECM) pattern formation ...
How individual cells and tissues organize and coordinate to form the structure of a developing embry...
Supplementary Movie. Frames from a time-lapse sequence showing membrane activity of edge cells durin...
The spreading behaviour of dissociated hypoblast cells on and besides a band of aligned fibrils asso...
Background: Co-ordinated cell movement is a fundamental feature of developing embryos. Massive cell ...
The neural crest offer a unique model system to study mechanisms of cell migration since cells are a...