Chirality is a fundamental trait of living organisms, encompassing the homochirality of
biological molecules and the left–right (LR) asymmetry of visceral organs and the brain. The …

Intrinsic cell chirality has been implicated in the left–right (LR) asymmetry of embryonic
development. Impaired cell chirality could lead to severe birth defects in laterality …

Although the arrangement of internal organs in most metazoans is profoundly left–right (L/R)
asymmetric with a predominant handedness, rare individuals show full (mirror-symmetric) or …

The intracellular model of embryonic left-right (LR) asymmetry proposes that body laterality
originates from intrinsic chiral properties of individual cells, and several recent studies …

Organismal development relies on precise temporal and spatial regulation of numerous
processes to ensure proper formation of the body plan including the enforcement of …

Visceral organs structures and brain functions show asymmetric patterns in vertebrates
including humans. Generally, the asymmetric pattern has a stereotypic laterality. Under …

The internal organ arrangement of most metazoans is markedly left-right asymmetric, with
the predominant handedness arbitrarily termed dextral. Occasionally, some individuals …