
Keywords: endocrine-disrupting chemicals
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Ecological and evolutionary applications for environmental sex reversal of fishA. McNair, P. M. Lokman, G. P. Closs and S. Nakagawa, Quarterly Review of Biology, 90:23-44. 2015.![]() Environmental sex reversal (ESR), which results in a mismatch between genotypic and phenotypic sex, is well documented in numerous fish species and may be induced by chemical exposure. Historically, research involving piscine ESR has been carried out with a view to improving ... Keywords: 7-band grouper, Aquaculture, development, dusky grouper, endocrine-disrupting chemicals, environmental sex reversal, female rainbow-trout, fertilization success, fighting fish, fish, genetic biocotrol, gonadal, masculinization neo-males, sex determination, spawning season, sperm competition, spotted grouper, Trojan Y, Trojan-Y Chromosome |
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Sperm traits of masculinized fish relative to wild-type males: a systematic review and meta-analysesA. M. Senior, S. L. Johnson and S. Nakagawa, Fish and Fisheries, 17:143-164. 2014.![]() Environmental sex reversal (ESR), whereby environmental effects (e.g. exogenous chemicals) override genetic sex determination, is a commonly used technique in aquaculture and physiology research. We performed a systematic review and meta-analyses of the literature that compares ... Keywords: 7-band grouper, Aquaculture, development, dusky grouper, endocrine-disrupting chemicals, environmental sex reversal, female rainbow-trout, fertilization success, fighting fish, fish, genetic biocotrol, gonadal, masculinization neo-males, sex determination, spawning season, sperm competition, spotted grouper, Trojan Y, Trojan-Y Chromosome |

Contact
David O’Brochta
Foundation for the
National Institutes of Health
geneconvenevi@fnih.org
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