Additional file 1: Figure S1. Cell-cell signalling allows for robust development in the absence of posterior morphogen (but not always) (transient signal, CCS). A) This individual evolved to be very robust. It usually makes eight segments and only in rare cases seven good segments and one short segment. B) This individual did not evolve to become very robust despite the presence of cell–cell signalling genes. Nevertheless, it is usually able to make many more segments than the individuals evolved without cell–cell signalling. The histograms represent the variation in phenotypic outcome when an individual{\rsquo}s development is repeated 50 times. In the histograms, the dark bars represent the good segments and the lighter bars the too short...
During embryogenesis, multicellular animals are shaped via cell proliferation, cell rearrangement, a...
Defending an evo-devo approach to the study of evolution in the pages of this journal may appear to ...
The architecture of gene action during development is relevant to phenotypic evolution as it links g...
Additional file 2: Figure S2. Very rare evolution of posterior growth in the absence of persistent p...
Additional file 3: Figure S3. Simultaneous segmentation with persistent posterior morphogen can be m...
The evolution of animal segmentation is a major research focus within the field of evolutionary–deve...
Segments are repeated elements along the main body axis of many animals, such as the rings of earthw...
Segments are repeated elements along the main body axis of many animals, such as the rings of earthw...
Bilaterian animals show a diverse array of segmental patterns and segmentation processes. Difference...
Segmentation of the major body axis into repeating units is arguably one of the major inventions in ...
The field of evo-devo studies what, how, and why developmental patterning processes have evolved. Wh...
Embryonic development involves gene networks, extracellular signaling, cell behaviors (cell division...
Rhythmic and sequential segmentation of the embryonic body plan is a vital developmental patterning ...
Multicellular form Morphogenesis is the dynamic and regulated change in tissue form that leads to cr...
<p>(A) A hypothetical cell lineage. Internal cells are prefixed with “I” and terminal cells are pref...
During embryogenesis, multicellular animals are shaped via cell proliferation, cell rearrangement, a...
Defending an evo-devo approach to the study of evolution in the pages of this journal may appear to ...
The architecture of gene action during development is relevant to phenotypic evolution as it links g...
Additional file 2: Figure S2. Very rare evolution of posterior growth in the absence of persistent p...
Additional file 3: Figure S3. Simultaneous segmentation with persistent posterior morphogen can be m...
The evolution of animal segmentation is a major research focus within the field of evolutionary–deve...
Segments are repeated elements along the main body axis of many animals, such as the rings of earthw...
Segments are repeated elements along the main body axis of many animals, such as the rings of earthw...
Bilaterian animals show a diverse array of segmental patterns and segmentation processes. Difference...
Segmentation of the major body axis into repeating units is arguably one of the major inventions in ...
The field of evo-devo studies what, how, and why developmental patterning processes have evolved. Wh...
Embryonic development involves gene networks, extracellular signaling, cell behaviors (cell division...
Rhythmic and sequential segmentation of the embryonic body plan is a vital developmental patterning ...
Multicellular form Morphogenesis is the dynamic and regulated change in tissue form that leads to cr...
<p>(A) A hypothetical cell lineage. Internal cells are prefixed with “I” and terminal cells are pref...
During embryogenesis, multicellular animals are shaped via cell proliferation, cell rearrangement, a...
Defending an evo-devo approach to the study of evolution in the pages of this journal may appear to ...
The architecture of gene action during development is relevant to phenotypic evolution as it links g...