Sexual Dimorphism in the Functional Development of the Cochlear Amplifier in Humans
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DOI: 10.1097/aud.0000000000000976
Abstract: Objectives: Otoacoustic emissions, a byproduct of active cochlear mechanisms, exhibit a higher magnitude in females than in males. The relatively higher levels of androgen exposure in the male fetus are thought to cause this difference.… read more here.
Keywords: stimulus frequency; sexual dimorphism; otoacoustic emissions; frequency otoacoustic ... See more keywords