Now that the genes controlling embryonic patterning have been identified in several model organisms, long-standing questions concerning the evolution of developmental systems are open to investigation. Examination of the expression of even-skipped in a variety of insects reveals that insect germ-type designations apparently do not reflect the variations in the mechanisms of segmentation evident throughout insect phylogeny
Embryo segmentation has been studied extensively in the fruit fly, Drosophila. These studies have de...
Drosophila segmentation is a well-established paradigm for developmental pattern formation. However,...
Body segmentation is a defining characteristic of arthropods, however, the mechanism by which segmen...
Now that the genes controlling embryonic patterning have been identified in several model organisms,...
AbstractDevelopmental mechanisms of segmentation appear to be varied among insects in spite of their...
Long-germ insects, such as the fruit fly Drosophila melanogaster, pattern their segments simultaneou...
The question of the degree of evolutionary conservation of the pair-rule patterning mechanism known ...
To obtain a clearer understanding of the evolutionary transition between short- and long-germ modes ...
AbstractIn the short-germ insect Tribolium, a pair-rule gene circuit consisting of the Tribolium hom...
Background: A hallmark of Drosophila segmentation is the stepwise subdivision of the body into small...
THE segments in long germ-band insect embryos, like Drosophila, are all determined at syncytial blas...
Drosophila segmentation is a well-established paradigm for developmental pattern formation. However,...
AbstractThe evolution of canalized traits is a central question in evolutionary biology. Natural var...
In the fly Drosophila melanogaster, a hierarchic segmentation gene cascade patterns the anterior-pos...
AbstractIn the Drosophila segmentation hierarchy, periodic expression of pair-rule genes translates ...
Embryo segmentation has been studied extensively in the fruit fly, Drosophila. These studies have de...
Drosophila segmentation is a well-established paradigm for developmental pattern formation. However,...
Body segmentation is a defining characteristic of arthropods, however, the mechanism by which segmen...
Now that the genes controlling embryonic patterning have been identified in several model organisms,...
AbstractDevelopmental mechanisms of segmentation appear to be varied among insects in spite of their...
Long-germ insects, such as the fruit fly Drosophila melanogaster, pattern their segments simultaneou...
The question of the degree of evolutionary conservation of the pair-rule patterning mechanism known ...
To obtain a clearer understanding of the evolutionary transition between short- and long-germ modes ...
AbstractIn the short-germ insect Tribolium, a pair-rule gene circuit consisting of the Tribolium hom...
Background: A hallmark of Drosophila segmentation is the stepwise subdivision of the body into small...
THE segments in long germ-band insect embryos, like Drosophila, are all determined at syncytial blas...
Drosophila segmentation is a well-established paradigm for developmental pattern formation. However,...
AbstractThe evolution of canalized traits is a central question in evolutionary biology. Natural var...
In the fly Drosophila melanogaster, a hierarchic segmentation gene cascade patterns the anterior-pos...
AbstractIn the Drosophila segmentation hierarchy, periodic expression of pair-rule genes translates ...
Embryo segmentation has been studied extensively in the fruit fly, Drosophila. These studies have de...
Drosophila segmentation is a well-established paradigm for developmental pattern formation. However,...
Body segmentation is a defining characteristic of arthropods, however, the mechanism by which segmen...