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  2. Pharyngeal teeth - Wikipedia

    en.wikipedia.org/wiki/Pharyngeal_teeth

    Pharyngeal teeth are teeth in the pharyngeal arch of the throat of cyprinids, suckers, and a number of other fish species otherwise lacking teeth. [ 1 ] Many popular aquarium fish such as goldfish and loaches have these structures.

  3. Pharyngeal arch - Wikipedia

    en.wikipedia.org/wiki/Pharyngeal_arch

    The first pharyngeal arch, also mandibular arch (corresponding to the first branchial arch of fish), is the first of six pharyngeal arches that develops during the fourth week of development. [10] It is located between the stomodeum and the first pharyngeal groove .

  4. Fish jaw - Wikipedia

    en.wikipedia.org/wiki/Fish_jaw

    The pharynx arises during development through a series of six or more outpocketings called pharyngeal arches on the lateral sides of the head. The pharyngeal arches give rise to a number of different structures in the skeletal, muscular and circulatory systems in a manner which varies across the vertebrates.

  5. Branchial arch - Wikipedia

    en.wikipedia.org/wiki/Branchial_arch

    Gill arches supporting the gills in a pike. Branchial arches or gill arches are a series of paired bony/cartilaginous "loops" behind the throat (pharyngeal cavity) of fish, which support the fish gills. As chordates, all vertebrate embryos develop pharyngeal arches, though the eventual fate of these arches varies between taxa.

  6. Pharyngeal slit - Wikipedia

    en.wikipedia.org/wiki/Pharyngeal_slit

    The second arch becomes the hyoid and jaw support. [5] In fish, the other posterior arches contribute to the brachial skeleton, which support the gills; in tetrapods the anterior arches develop into components of the ear, tonsils, and thymus. [7] The genetic and developmental basis of pharyngeal arch development is well characterized.

  7. Aquatic feeding mechanisms - Wikipedia

    en.wikipedia.org/wiki/Aquatic_feeding_mechanisms

    Though suction feeding can be seen across fish species, those with more cranial kinesis show an increase in suction potential as a result of more complex skull linkages that allow greater expansion of the buccal cavity and thereby create a greater negative pressure. Most commonly, this is achieved by increasing the lateral expansion of the skull.

  8. Gill slit - Wikipedia

    en.wikipedia.org/wiki/Gill_slit

    The true gill slits in embryonic fish develop into fish gills. However, the slits in tetrapods do not, so a more general name for the vertebral structures is pharyngeal slits. Gill slits likely originated from pharyngeal slits (as found in tunicates) that were used for filter-feeding. The term "gill slits" has also been used to refer to the ...

  9. Glossary of ichthyology - Wikipedia

    en.wikipedia.org/wiki/Glossary_of_ichthyology

    pharyngeal bones Bones behind the gills in the oesophagus or gullet. pharyngeal teeth Teeth within the pharynx. pharynx The back part of the throat, into which the gill slits open. photophore A circular light-producing organ on the surface of a fish. placoid scales Teeth-like scales found in sharks and rays. posterior Towards the hind end of ...