A) the SRY gene in females.
B) genes whose expression is necessary for female structures to develop.
C) gene that suppress all of the genes on a female's Y chromosome.
D) feminism.
E) genes that suppress expression of SRY in females.
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Multiple Choice
A) female.
B) male.
C) both male and female.
D) a female until age 12, and then a male.
E) a male until age 12, and then a female.
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Multiple Choice
A) a uterus, uterine tubes, and upper vagina.
B) the epididymides, ductus deferentia, seminal vesicles, and ejaculatory duct.
C) breasts, nipples, and aereolae.
D) the kidneys and liver.
E) the brain, cervix, and labia.
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Multiple Choice
A) homozygous
B) homogametic
C) hemizygous
D) heterozygous
E) hermaphroditic
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Multiple Choice
A) homozygous
B) homogametic
C) heterogametic
D) heterozygous
E) hermaphroditic
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Multiple Choice
A) lies between the two pseudoautosomal regions.
B) includes sequences that have counterparts on the X chromosome.
C) has few protein-encoding genes.
D) has regions called amplicons that include many palindromic sequences.
E) has all of the above.
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Multiple Choice
A) they are suppressed in males.
B) they are expressed in females only.
C) males have only one copy of these genes.
D) they determine maleness or femaleness.
E) there are two copies in males.
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Multiple Choice
A) definitely to a daughter and definitely not to a son.
B) definitely to a son and definitely not to a daughter.
C) with equal probability to a son or daughter.
D) with a probability of 1/2 to a son and 1/4 to a daughter.
E) to a child only if he never shaves off the extra hair.
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Multiple Choice
A) the Y chromosome is shut off in every cell.
B) the maternally inherited X chromosome is shut off in every cell.
C) the paternally inherited X chromosome is shut off in some cells.
D) one X chromosome is shut off in a germline cell.
E) both SRY genes are activated.
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Multiple Choice
A) 1/8.
B) 1/4.
C) 1/2.
D) 1/3.
E) 2/3.
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Multiple Choice
A) ABO.
B) XIST.
C) SRY.
D) a Barr body.
E) E.BOY.
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Multiple Choice
A) expressed.
B) silenced.
C) disease-causing.
D) mutant.
E) autosomal.
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Multiple Choice
A) X-linked.
B) differentiated.
C) sex-limited.
D) sex-influenced.
E) Y-linked.
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Multiple Choice
A) it is very small.
B) the sequence has many sites of high symmetry called palindromes.
C) it is very similar to the X chromosome.
D) not enough men volunteered to have their Y chromosomes sequenced.
E) it is very rare.
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Multiple Choice
A) the age of the mother when she became pregnant.
B) the sex of the child.
C) whether the trait is X-linked or autosomal.
D) which parent transmits the disease-causing allele.
E) the number of pseudoautosomal genes transmitted.
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Multiple Choice
A) manifesting homozygote.
B) manifesting mutant.
C) manifest destiny.
D) manifesting heterozygote.
E) imprinting heterozygote.
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Multiple Choice
A) the SRY gene.
B) the XIST gene.
C) the XTASY gene.
D) whether or not a woman takes birth control pills.
E) the location of the spindle in mitosis.
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Multiple Choice
A) Mullerian ducts.
B) Cowper's glands.
C) Wolffian ducts.
D) oocytes.
E) Barr bodies.
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Multiple Choice
A) XY female syndrome.
B) XX male syndrome.
C) SRY deficiency.
D) congenital adrenal hyperplasia due to 21-hydroxylase deficiency.
E) a deletion of the SRY gene.
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Multiple Choice
A) dependent on the genes the child's father contributes.
B) 1/8.
C) 1/4.
D) 1/2.
E) not possible to calculate with the given information.
Correct Answer
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