Linked from

The 13 pages that link to Pharyngeal arch, each with the reason it gives.

• OsteichthyesRelated: Modified arches form the jaw and gill skeletons of many osteichthyans.

• JawRelated: The first pharyngeal arch gave rise to the upper and lower jaws of vertebrates.

• Pharyngeal teethNarrower topic: These arches provide the anatomical foundation from which tooth-bearing structures are modified.

• 22q11.2 deletion syndromeRelated: Disrupted development of these structures helps connect the deletion to diverse congenital features.

• DiGeorge syndromeRelated: Abnormal development of pharyngeal structures helps explain the syndrome’s palate, heart, and thymus findings.

• ClupeidaeRelated: Gill-bearing arches are part of the anatomy underlying clupeid filter feeding.

• Early vertebrateRelated: Changes to these arches underlie major differences between jawless and jawed vertebrate heads.

• GnathostomataNarrower topic: Modification of the front arches supplied the structural basis for jaws.

• Pharyngeal slitRelated: Arches lie between slits and contribute to the structures surrounding them.

• MalleusNarrower topic: The malleus traces its embryonic origin to the first arch.

• Head (anatomy)Related: The arches provide a developmental framework for major components of vertebrate head anatomy.

• LeedsichthysRelated: Gill-arch structures in Leedsichthys are central to reconstructions of its filter-feeding apparatus.

• Embryonic structuresBroader topic: Its repeated components form several distinct head and neck structures.