Linked from

The 13 pages that link to Bilateral symmetry, each with the reason it gives.

• SymmetryBroader topic: This body plan is widespread in animals and strongly shapes visual impressions of balance.

• EchinodermCompared with: Echinoderm larvae are bilateral, unlike the radial adult forms of most species.

• BilateriaBroader topic: It names Bilateria’s defining anatomical pattern, though some members lose it secondarily.

• FlatfishCompared with: Flatfish begin with bilateral symmetry before metamorphosis makes the adult visibly asymmetric.

• KimberellaRelated: Kimberella’s bilateral organization distinguishes it from many other Ediacaran forms.

• FlatwormRelated: Flatworms share this body plan, which is associated with directed movement and a distinct head end.

• WiwaxiaRelated: Its repeated body structures are interpreted within the bilaterian animal body plan.

• DickinsoniaRelated: Dickinsonia’s repeated body units are arranged along a central axis.

• Head (anatomy)Related: Its front-to-back axis often supports concentration of sensory structures at the anterior end.

• Nerve netCompared with: Bilateral animals often evolve directional movement and more centralized neural organization.

• Simple eyeRelated: Directional sensory organs often evolve near the front of bilaterally symmetric animals.

• GnathostomulidNarrower topic: Their small, wormlike bodies share this widespread animal body plan.

• LemniscateRelated: The Bernoulli lemniscate is symmetric across both coordinate axes.