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• W2183638398 abstract "Fish sounds are often associated with agonistic and courtship behavior, and in many cases sounds are produced by males with sexually dimorphic sound‐producing mechanisms. This review focuses on the sounds and sexually dimorphic sonic neuromuscular system of the oyster toadfish Opsanus tau, compares it with findings on a related toadfish, the midshipman Porichthys notatus and finally reviews data on steroid levels and their effect on seasonal changes in mass of the sonic muscles and sound characteristics in the weakfish Cynoscion regalis. Highlights of the work on the oyster toadfish include the following. (1) Quantitative seasonal changes in the male boatwhistle mating call in a manner suggesting that steroids modulate the output of central nervous system pattern generators for fundamental frequency and duration. (2) Larger sonic muscles in males comprised of a greater number of smaller and therefore more energy efficient fibers than in females. Male muscles have greater activities of anaerobic and aerobic enzymes and enzyme activities and muscle size are increased by andro‐gens. (3) Neurons in the spinal sonic motor nucleus (SMN) are small in females and either small (S) or large (L) in males. The same three morphs are present in Porichthys, but there are major differences in somatic growth patterns, dendrite development and sonic abilities among morphs in the two species. Development of sexual dimorphism in the SMN suggests major differences between amniotic vertebrates (birds and mammals) and fishes, particularly with regard to perinatal critical periods and cell death. (4) As in other vertebrates, toadfish sonic centers in the central nervous system (including the supracommissural nucleus of the ventral telencephalon, nucleus preopticus parvocellularis anterior, the torus semicircularis and the inferior reticular nucleus) possess gonadal steroid‐concentrating neurons. Although endocrine investigation of sound production has been attempted in only three species, its relevance to important life history events of commercially‐important species and the availability of large numbers of basic biological questions suggest the field is ripe for further investigation." @default.
• W2183638398 created "2016-06-24" @default.
• W2183638398 creator A5085151261 @default.
• W2183638398 date "1997-01-01" @default.
• W2183638398 modified "2023-09-25" @default.
• W2183638398 title "Endocrinology of sound production in fishes" @default.
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• W2183638398 cites W1967799023 @default.
• W2183638398 cites W1969606734 @default.
• W2183638398 cites W1969679627 @default.
• W2183638398 cites W1969749852 @default.
• W2183638398 cites W1972939361 @default.
• W2183638398 cites W1976363065 @default.
• W2183638398 cites W1976439452 @default.
• W2183638398 cites W1976729707 @default.
• W2183638398 cites W1977027025 @default.
• W2183638398 cites W1978182829 @default.
• W2183638398 cites W1980301136 @default.
• W2183638398 cites W1981315003 @default.
• W2183638398 cites W1981921455 @default.
• W2183638398 cites W1983157123 @default.
• W2183638398 cites W1991061191 @default.
• W2183638398 cites W1995085104 @default.
• W2183638398 cites W1998657097 @default.
• W2183638398 cites W2001106917 @default.
• W2183638398 cites W2003687261 @default.
• W2183638398 cites W2005388051 @default.
• W2183638398 cites W2009555108 @default.
• W2183638398 cites W2010181904 @default.
• W2183638398 cites W2010448540 @default.
• W2183638398 cites W2010954768 @default.
• W2183638398 cites W2013380079 @default.
• W2183638398 cites W2013944095 @default.
• W2183638398 cites W2015315943 @default.
• W2183638398 cites W2020064929 @default.
• W2183638398 cites W2020307637 @default.
• W2183638398 cites W2022586179 @default.
• W2183638398 cites W2025991235 @default.
• W2183638398 cites W2027878961 @default.
• W2183638398 cites W2035077777 @default.
• W2183638398 cites W2038086843 @default.
• W2183638398 cites W2038578069 @default.
• W2183638398 cites W2041083594 @default.
• W2183638398 cites W2044226140 @default.
• W2183638398 cites W2045197993 @default.
• W2183638398 cites W2046384977 @default.
• W2183638398 cites W2049137063 @default.
• W2183638398 cites W2053122543 @default.
• W2183638398 cites W2056090008 @default.
• W2183638398 cites W2058498100 @default.
• W2183638398 cites W2059235038 @default.
• W2183638398 cites W2060628391 @default.
• W2183638398 cites W2066244383 @default.
• W2183638398 cites W2067992194 @default.
• W2183638398 cites W2069438315 @default.
• W2183638398 cites W2072155691 @default.
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• W2183638398 cites W2073606743 @default.
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• W2183638398 cites W2080637531 @default.
• W2183638398 cites W2081784836 @default.
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• W2183638398 cites W2083954077 @default.
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• W2183638398 cites W2090745093 @default.
• W2183638398 cites W2095472702 @default.
• W2183638398 cites W2096554133 @default.
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• W2183638398 cites W2111516838 @default.
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• W2183638398 cites W2331266703 @default.
• W2183638398 cites W2513702743 @default.
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• W2183638398 doi "https://doi.org/10.1080/10236249709378999" @default.
• W2183638398 hasPublicationYear "1997" @default.
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