Sentences with phrase «bilaterally symmetrical»

sport that is bilaterally symmetrical across only a single axis.

(We're bilaterally symmetrical in only one plane.)

Like most vertebrates, human beings are more or less bilaterally symmetrical.

However, it is clear that they evolved from bilaterally symmetrical ancestors, and their larvae still display bilateral symmetry.

«Just as Josef Albers investigated color relationships using squares within squares, Grigoriadis explores the interaction of patterns using a bilaterally symmetrical format of frames within frames,» (Hayden Herrera, Art in America) in her earliest works in the exhibition.

Matthew: The new bilaterally symmetrical forms in your paintings elicit a fierce kaleidoscopic effect, a kind of folding, centrifugal space.

The compositions are bilaterally symmetrical and are drawn directly from ancient Roman mosaics, decorative wall painting, quilt patterns, and textile design.

He had smeared a line of cadmium red light on a strip of masking tape that divided a vertical canvas painted cadmium red deep into two halves, creating a bilaterally symmetrical image of solid color.

All of these things can be sought in the work through its oscillation between bilaterally symmetrical and contrapposto forms, but the work begins to unravel as its material and image states coalesce and transpose onto one another.

The hair loss in these cases is very specific in that it is identical on both sides of the pet's body (bilaterally symmetrical).

Not restricted to its spiny namesake, this signaling pathway, which is a key regulator of animal development, is present in all bilaterians (or animals that are bilaterally symmetrical — which is most animals, including humans).

The granddaddy of all bilaterally symmetrical animals, Urbilateria is the forebear of spiders, snails, insects, amphibians, fish, worms, birds, reptiles, mammals, crabs, clams — and yes, humans.

Distant cousins — cockroaches and humans — could have inherited the basic blueprint from a common ancestor, Urbilateria, the last common forebear of all bilaterally symmetrical animals.

Humans and more generally vertebrates are bilaterally symmetrical.