Ch22: Structure & FN of Reproductive System Flashcards
(25 cards)
- Which of the following is a structure of the female EXTERNAL genitalia?
a. vagina
b. clitoris
c. cul-de-sac
d. cervies
b. clitoris
- GnRH reaches the anterior pituitary gland through the hypothalmic hypophyseal-portal system & causes release of:
a. GH
b. FSH
c. ADH
d. oxytocin
b. FSH
- During follicular/proliferative phase, the anterior pituitary gland secretes:
a. LH
b. GH
c. estrogen
d. progesterone
e. FSH
d. progesterone
- Progesterone
a. stimulates lactation
b. increases uterine tube motility
c. thins the endometrium
d. maintains the thickened endometrium
e. causes ovulation
d. maintains the thickened endometrium
- The ovaries produce:
a. ova, estrogen, & oxytocin
b. ova only
c. ova & estrogen
d. testosterone & semen
e. None of the above
c. ova & estrogen
- During which days of the menstrual cycle does the endometrium achieve maximum development?
a. 2 through 6
b. 7 through 12
c. 14
d. 20 through 24
e. 26 through 28
d. 20 through 24
- The hormone(s) necessary for the growth & development of female breasts is (are):
a. estrogen & progesterone
b. oxytocin & ADH
c. androgens & steroids
d. relaxin
a. estrogen & progesterone
- The structure that releases a mature ovum is the:
a. corpus albicans
b. Graafian follicle
c. primary follicle
d. corpus luteum
e. infundibulum
b. Graafian follicle
- A major duct of the female reproductive system is:
a. suspensory tube
b. uterosacral duct
c. broad duct
d. mesovarian duct
e. uterine tube
e. uterine tube
- Prostate is to accessory gland as ovary is to:
a. ejaculatory duct
b. gonad
c. bulboureteral gland
d. accessory gland
e. urethra
b. gonad
- Cells that produce testosterone are:
a. interstitial endocrinocytes
b. testicular endocrine cells
c. sustentacular cells
d. spermatogonia
e. None of the above
a. interstitial endocrinocytes
- Testosterone
a. decreases renal erythropoietin production
b. has an anabolic effect on skeletal muscle
c. levels depend the activity of Sertoli cells
d. production is w/o diurnal influences
b. has an anabolic effect on skeletal muscle
- Immediately after the sperm cells leave the ducts epididymis, they enter:
a. ejaculatory duct
b. ductus deferens
c. urethra
d. exterior of the body
b. ductus deferens
- A substance that is produced in the reproductive system mainly by the bulbourethral gland is:
a. fructose
b. HCl
c. mucus
d. an alkaline, viscous fluid
c. mucus
- Which of the following produces a secretion that helps maintain the motility of spermatoza?
a. prostate
b. penis
c. greater vestibular glands
d. interstitial tissues
a. prostate
- Semen is:
a. a vaginal secretion needed to activate sperm
b. the product of testes
c. the sperm & secretions of seminal vesicles, prostate, & bulbourethral gland
d. responsible for engorgement of erectile tissue in the penis
e. the secretion that causes ovulation in the female
c. the sperm & secretions of seminal vesicles, prostate, & bulbourethral gland
- The uterus:
a. increases in size & moves upward & forward during sexual excitement
b. is usually backward to rest on the urinary bladder
c. has four layers in its wall
d. has a functional layer responsive to sex hormones
d. has a functional layer responsive to sex hormones
- The major difference btw female & male hormone production is:
a. LH is w/o effect in the male
b. GnRH does not cause release of FSH in male
c. daily hormonal level vary more in females than in males
d. FSH w/o effect in male
c. daily hormonal level vary more in females than in males
- The primary spermatocyte has:
a. 46 chromosomes
b. the same number of chromosomes as a sperm
c. 23 chromosomes
d. a haploid number of chromosomes
a. 46 chromosomes
- Which is CORRECT?
a. infant gender cannot be predicted based on timing of intercourse
b. Men need to “save up sperm” to enhance fertility
c. Sperm retain their fertility for up to 10 days
d. All of the above
a. infant gender cannot be predicted based on timing of intercourse
- Most of the lymphatic drainage of the female breasts occurs through:
a. axillary nodes
b. internal mammary nodes
c. subclavian nodes
d. brachial nodes
e. anterior pectoral nodes
a. axillary nodes
- Primary follicles resist gonadotropin stimulation
a. menarche
b. perimenopause
c. menopause
d. vasomotor flush
e. decreased vasoconstriction
c. menopause
- Elevated FSH, decreased inhibin, normal LH, & slightly elevated estradiol:
a. menarche
b. perimenopause
c. menopause
d. vasomotor flush
e. decreased vasoconstriction
b. perimenopause
- Less effective erection:
a. menarche
b. perimenopause
c. menopause
d. vasomotor flush
e. decreased vasoconstriction
e. decreased vasoconstriction