A chromosomally XY fetus with normally functioning testes has a mutation in the androgen receptor so...

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Biology

A chromosomally XY fetus with normally functioning testes has amutation in the androgen receptor so it can't respond totestosterone (but it can still respond to MIS). Which of thefollowing WILL develop by the time the child is born?
Select one:
a. A uterus
b. Fallopian tubes
c. A cletoris
d. An epididymis
What important difference appears to explain why some speciesform pair bonds and others don't?
Select one:
a. Species differences in the size of the nucleus accumbens
b. Species differences in the number and/or distribution ofoxytocin and vasopressin receptors in the brain
c. Species differences in the circulating concentrations ofoxytocin and vasopressin

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1 Androgen receptors allow the body to respond properly to androgen hormones like testosterone that are important for normal sexual development Mutation in androgen receptor can result in defect in androgen receptor function hence will not be able to respond to testosterone In females Mullerian ducts develop into fallopian tubes the uterus and parts of female genital tract In males they are largely reduced Mullerian inhibiting substance MIS causes regression of Mullerian ducts It is produced in the male embryos Since the See Answer

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