1993
DOI: 10.1016/0166-2236(93)90152-c
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The taste system of the channel catfish: from biophysics to behavior

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Cited by 126 publications
(52 citation statements)
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“…Many fish do not prefer sugars, although they hesitate to avoid them positively (Kasumyan and Doving, 2003). Recordings from fish facial nerves innervating the taste cells of the maxillary and nasal barbels, flank, rostral palate, and lips have revealed that the facial taste system is highly responsive to amino, nucleic, and organic acids (Caprio, 1975;Funakoshi et al, 1981;Caprio et al, 1993). Goldfish (Carassius auratus), although biting diets containing quinine alone, reject them at last, but the fish do not avert a quinine-containing diet if this contains L-Ala together (Lamb and Finger, 1995).…”
Section: Introductionmentioning
confidence: 99%
“…Many fish do not prefer sugars, although they hesitate to avoid them positively (Kasumyan and Doving, 2003). Recordings from fish facial nerves innervating the taste cells of the maxillary and nasal barbels, flank, rostral palate, and lips have revealed that the facial taste system is highly responsive to amino, nucleic, and organic acids (Caprio, 1975;Funakoshi et al, 1981;Caprio et al, 1993). Goldfish (Carassius auratus), although biting diets containing quinine alone, reject them at last, but the fish do not avert a quinine-containing diet if this contains L-Ala together (Lamb and Finger, 1995).…”
Section: Introductionmentioning
confidence: 99%
“…For example, bats use a highly developed audiovocal system to hunt insects via echolocation (Galambos, 1942;Griffin, 1958), toads have a visual system specialized for detecting worm-like movements (Ewert, 1970), pit vipers use infrared receptors for tracking their prey (Molenaar, 1974;Gruberg et al, 1979), and electric fish use electroreception for detecting and locating food in their environment (Bullock, 1982). Catfish have a highly sensitive, large gustatory sense that plays a critical role in the search for food in muddy waters (Herrick, 1901(Herrick, , 1904(Herrick, , 1905Bardach et al, 1967;Atema, 1971;Caprio et al, 1993;Valentincic and Caprio 1993). Catfish can detect concentration differences between their maxillary barbels and make turning movements appropriate to locate food (Johnsen and Teeter, 1980).…”
mentioning
confidence: 99%
“…Nonetheless, as a consequence, taste buds, which are considered homologous organs, form in both endodermal and ectodermal epithelia. This is particularly interesting as several groups of bony fish possess superficial taste buds, in addition to taste buds within the oral cavity, including zebrafish, which have taste buds distributed on the head (Hansen et al, 2002), and catfish, which are covered with taste buds over their entire surface from head to tail (Atema, 1971;Caprio et al, 1993;Landacre, 1907). These appear to have evolved independently (Northcutt, 2004), so it is unclear if the mechanisms governing the development of these external taste buds are similar to those governing the development of oral taste buds, the latter being common to all vertebrates including zebrafish and catfish.…”
Section: The Regulation Of Taste Bud Developmentmentioning
confidence: 99%