External bilateral symmetry is a prevalent feature in vertebrates, which emerges during early
embryonic development. To begin with, vertebrate embryos are largely radially symmetric …

Although vertebrates seem to be essentially bilaterally symmetrical on the exterior, there are
numerous interior left–right asymmetries in the disposition and placement of internal organs …

The body‐plan of vertebrates, while exteriorly essentially symmetric along its medio‐lateral
plane, displays numerous left‐right differences in the disposition and placement of internal …

Vertebrates display striking left–right asymmetries in the placement of internal organs, which
are concealed by a seemingly bilaterally symmetric body plan. The establishment of …

Consistent asymmetries between the left and right sides of animal bodies are common. For
example, the internal organs of vertebrates are left-right (LR) asymmetric in a stereotyped …

Vertebrates display left‐right (L‐R) asymmetric organ positioning and morphologies, which
are established during embryonic development. These asymmetries are conserved among …

The formation of a perfect vertebrate body plan poses many questions that thrill
developmental biologists. Special attention has been given to the symmetric segmental …

The geometrical invariance known as symmetry is a striking feature of developmental
morphology during embryogenesis. The left±right axis of an animal's body plan is often …

Vertebrates appear bilaterally symmetric but an internal left–right (L–R) axis is revealed by
the placement of asymmetric organs about the midline. For example, the human heart is …

Vertebrates exhibit striking left–right (L–R) asymmetries in the structure and position of the
internal organs. Symmetry is broken by motile cilia-generated asymmetric fluid flow …