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A&P II Chapter 28

front 1

The epididymis is a _____ and it functions to _____.

back 1

tightly coiled tube on the outside of the testis; store immature sperm as they mature

front 2

The structure of a testis can be described as composed of

back 2

lobules that are filled with seminiferous tubules.
B) seminiferous tubules lined with germinal epithelium that produces sex cells.
C) seminiferous tubules that unite to form the rete testis, which joins the epididymis.
D) All of the above.

front 3

Which of the following terms is correctly defined?

back 3

Cryptorchidism is the failure of testes to descend into the scrotum.

front 4

Which of the following structures are unpaired?

back 4

prostate gland

front 5

Undifferentiated spermatogenic cells are called

back 5

Feedback: Spermatogonia are undifferentiated spermatogenic.

front 6

Sperm cells are stored primarily in the

back 6

epididymis.

front 7

The acrosome of a sperm cell contains

back 7

Feedback: The acrosome contains hyaluronidase for egg penetration.

front 8

Which of the following cells are diploid?

back 8

Feedback: Primary spermatocytes are diploid (46 chromosomes).

front 9

Final maturation of sperm cells occurs in the

back 9

epididymis

front 10

Seminal vesicles produce

back 10

Feedback: Seminal vesicles produce fructose-rich fluid.

front 11

The normal number of spermatozoa per milliliter of semen is

back 11

75,000,000 to 400,000,000

front 12

During spermatogenesis, which of the following undergoes a meiotic division to produce haploid cells?

back 12

primary spermatocytes

front 13

The function of the cremaster muscle is to

back 13

Feedback: The function of the cremaster muscle is to elevate the testes during exposure to cold.

front 14

The form (stage) of developing male gamete located nearest to the basement membrane of a seminiferous tubule is the

back 14

Feedback: The form (stage) of developing male gamete located nearest to the basement membrane of a seminiferous tubule is the spermatogonium.

front 15

Leydig cells are located

back 15

Feedback: Leydig cells are interstitial cells in spaces between adjacent seminiferous tubules.

front 16

The immune system does NOT normally attack spermatogenic cells because

back 16

Feedback: The immune system does NOT normally attack spermatogenic cells because spermatogenic cells are protected by the blood-testis barrier.

front 17

The process of crossing-over, or recombination, of genes occurs during

back 17

meiosis I.

front 18

All of the following are part of the spermatic cord EXCEPT the

back 18

testicular artery.
B) lymphatic vessels.
C) ductus deferens.
D) ejaculatory duct.
Feedback: All of the following are part of the spermatic cord EXCEPT the ejaculatory d

front 19

The function of fructose in semen is to

back 19

provide an energy source for ATP production by sperm.

front 20

The seminal vesicles are located

back 20

Feedback: The seminal vesicles are located posterior and inferior to the urinary bladder, in front of the rectum.

front 21

Which of the following does NOT manufacture products that become part of semen?

back 21

Feedback: The penis does not manufacture product that are part of the semen.

front 22

The amount of testosterone in the blood is increased by

back 22

Feedback: The amount of testosterone in the blood is increased by LH causing the interstitial cells to release testosterone.

front 23

If the testes fail to descend, a male is infertile because sperm cell formation is prevented by

back 23

Feedback: Sperm cell formation would be prevented by the body's relatively high body temperature.

front 24

The hormone responsible for the development and maintenance of male secondary sexual characteristics is

back 24

Feedback: Testosterone is responsible for developing and maintaining male secondary sexual characteristics such as facial hair.

front 25

Male reproductive functions are controlled mainly by hormones from the hypothalamus,

back 25

Feedback: Male reproductive functions are controlled mainly by hormones from the hypothalamus, anterior pituitary gland, and testes.

front 26

The interstitial cells of the testes produce

back 26

Feedback: Androgens are produced by the interstitial cells of the testes.

front 27

Testosterone is produced by

back 27

interstitial cells of the testes.

front 28

Maintenance of the male secondary sex characteristics is the direct responsibility of

back 28

testosterone.

front 29

A function of FSH in the male is to

back 29

Feedback: A function of FSH in the male is to increase spermatogenesis.

front 30

In the male, LH causes

back 30

Feedback: LH causes testosterone production.

front 31

The principal androgen is

back 31

Feedback: Testosterone is the principal androgen.

front 32

Egg cells are transported in the female reproductive tract by the ____, whereas sperm are transported in the male reproductive tract by the _____.

back 32

Feedback: Egg cells are transported in the female reproductive tract by the action of ciliated epithelium in the uterine tubes, whereas sperm are transported in the male reproductive tract by the movements of their tails.

front 33

Of the events listed below, the first step in oogenesis is a

back 33

primary oocyte divides to form a secondary oocyte and a first polar body.

front 34

Which of the following terms is/are correctly defined?

back 34

Feedback: Ovulation, vestibule, and orgasm are all correctly defined.

front 35

A Pap smear is used to detect the presence of abnormal cells in the

back 35

cervix.

front 36

In females, what structure is located anterior to the vagina?

back 36

pubic symphysis

front 37

The tubular portion of the uterus that extends downward into the upper part of the vagina is the

back 37

Feedback: The cervix of the uterus extends downward into the vagina.

front 38

The female structure that is the homolog of the male penis is the

back 38

Feedback: The clitoris is made of erectile tissue.

front 39

The first meiotic division in oogenesis occurs

back 39

before ovulation.

front 40

The female structure that is homologous to the testis is the

back 40

ovary

front 41

The glycoprotein layer between the oocyte and the granulosa cells of an ovarian follicle is called the

back 41

Feedback: The zona pellucida is a gel-like layer between the oocyte and the granulose cells.

front 42

The uterus is located between the

back 42

Feedback: The uterus is located between the urinary bladder and the rectum.

front 43

The folds of the peritoneum attaching the uterus to either side of the pelvic cavity are called the

back 43

Feedback: The broad ligaments attach the uterus to either side of the pelvic cavity.

front 44

The epithelium of the vaginal mucosa is

back 44

Feedback: The epithelium of the vaginal mucosa is stratified squamous.

front 45

The female perineum

back 45

Feedback: The perineum is divided into two triangles, contains the external genitalia, and also may tear during childbirth.

front 46

The major hormonal changes that occur in the maternal body during pregnancy are

back 46

placental tissues secrete high amounts of estrogen and progesterone.

front 47

In the menstrual cycle, estrogen functions to _____, whereas progesterone functions to _____.

back 47

Feedback: In the menstrual cycle, estrogen functions to stimulate uterine wall development, whereas progesterone functions to stimulate the uterine lining to become more glandular.

front 48

The hormone commonly measured in a pregnancy test is

back 48

Feedback: The hormone commonly measured in a pregnancy test is HCG.

front 49

One of the more common causes of female infertility is failure of ovulation due to hyposecretion of hormones from the

back 49

anterior pituitary gland.

front 50

Women athletes sometimes experience disturbances in their menstrual cycles because of

back 50

Feedback: Women athletes sometimes experience disturbances in their menstrual cycles because of decreased secretion of GnRH.

front 51

During pregnancy

back 51

Feedback: During pregnancy, estrogen and progesterone cause expansion of the ducts system and secretory units of the breasts, estrogen and progesterone stimulate development of milk-producing glands, and milk production is stimulated by the presence of prolactin.

front 52

The hormone oxytocin aids the birth process by stimulating

back 52

Feedback: The hormone oxytocin aids the birth process by stimulating uterine wall contractions.

front 53

The hormones mainly responsible for maintaining the uterine wall during the last 5-6 months of pregnancy are

back 53

Feedback: The hormones mainly responsible for maintaining the uterine wall during the last 5-6 months of pregnancy are placental estrogen and progesterone.

front 54

Menopausal females often experience unpleasant symptoms, such as "hot flashes," as a result of

back 54

a decrease in estrogen concentration.

front 55

During the menstrual cycle, LH is at its highest levels

back 55

Feedback: During the menstrual cycle, LH is at its highest levels just prior to ovulation.

front 56

During the menstrual cycle, progesterone would be at its highest levels

back 56

Feedback: During the menstrual cycle, progesterone would be at its highest levels late in the postovulatory phase.

front 57

During the menstrual cycle, the endometrium would be at its thickest

back 57

Feedback: During the menstrual cycle, the endometrium would be at its thickest late in the postovulatory phase.

front 58

During the menstrual cycle, progesterone is produced by

back 58

the corpus luteum.

front 59

The part of the female reproductive system that is shed during menstruation is the

back 59

Feedback: The part of the female reproductive system that is shed during menstruation is the endometrium.

front 60

The main function of progesterone during the menstrual cycle is to

back 60

Feedback: The main function of progesterone during the menstrual cycle is to thicken the endometrium.

front 61

If fertilization does not occur, the corpus luteum

back 61

Feedback: If fertilization does not occur, the corpus luteum degenerates into the corpus albicans.

front 62

Following ovulation, a human egg cell can survive and be fertilized for approximately

back 62

Feedback: Following ovulation, a human egg cell can survive and be fertilized for approximately 24 hours.

front 63

Just prior to ovulation, the anterior pituitary gland releases a relatively large quantity of

back 63

Feedback: Just prior to ovulation, the anterior pituitary gland releases a relatively large quantity of LH.

front 64

The hormone mainly responsible for the development and maintenance of female secondary sexual characteristics is

back 64

estrogen