wing

aliform appendage

Appendage that is shaped in order to produce lift for flight through the air.

種類 Organ
親構造 appendage
ラテン語名 aliform appendage

下位構造

imaginal disc-derived wing Organ forelimb wing Organ

よくある質問

What anatomical features make a wing capable of producing lift?
Wings produce lift through their airfoil cross-section: typically curved on top (dorsal) and flatter beneath (ventral), generating differential air pressure (lower pressure above, higher below) as air flows over the surface. The aspect ratio, camber, and angle of attack all affect lift generation.
How do wings differ between birds, bats, and insects?
Bird wings are modified forelimbs with feathers attached to modified arm and hand bones. Bat wings are also forelimbs, but the wing membrane (patagium) stretches between elongated fingers, body, and hind limb. Insect wings are cuticular outgrowths of the thorax, not modified limbs, representing a fundamentally different evolutionary origin.
Are all wings homologous structures?
No. Bird and bat wings are homologous as modified tetrapod forelimbs sharing common ancestry. Insect wings are analogous — they evolved independently to serve the same aerodynamic function but represent a different structural origin. This is a classic example of convergent evolution.

関連構造

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Educational Disclaimer

This content is for educational and informational purposes only. It is not a substitute for professional medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider for medical decisions.

Data sources: Terminologia Anatomica, Foundational Model of Anatomy, Wikidata.