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Exam 3

Total questions: 176

Worksheet time: 3hrs 56mins

Name
Class
Date
1.

Renal Fascia and Renal Capsule is made of?

a)

dense irregular connective tissue

b)

simple cuboidal

c)

simple squamous

d)

dense regular connective tissue

2.

What are three distinct historical regions of kidney?

a)

renal cortex

b)

renal corpuscle

c)

renal medulla

d)

renal pelvis

3.

How much ml of blood do kidneys receive per minute?

a)

500 ml

b)

1500 ml

c)

1200 ml

d)

100 ml

4.

Put arteries in order


1. renal artery

2. interlobar artery

3. interlobular artery

4. arcuate artery

5. segmental artery

a)

1, 5, 2, 4, 3

b)

5, 2, 3, 4, 1

c)

2, 5, 3, 1, 4

5.

The renal corpuscle filters ___ and the renal tubule modifies filtrate into ____

(a)  

6.

Which of these is false about glomerulus?

a)

fenestrated capillaries are extremely leaky

b)

surrounded by bowman's capsule that is double layered

c)

podocytes in the inner visceral layer

d)

outer layer made of simple cuboidal epithelium

7.

The outer parietal layer is extension of renal tubule made of simple ___ epithelium

a)

cuboidal

b)

squamous

c)

columnar

8.

Once the fluid reaches the ___, it is known as urine

a)

proximal convoluted tubule

b)

papillary collecting duct

c)

minor calyx

9.

Tubular secretion; fluid and solutes are reabsorbed from filtrate and returned to blood

a)

True

b)

False

10.

Fenestrated glomerular capillary endothelial cells pass mostly ___ but ___ are too big to pass

(a)  

11.

Which of these is false about glomerular filtration?

a)

about 20% of plasma becomes filtrate

b)

hydrostatic pressure- force of fluid on capillary walls that pushes H20 out of capillary into interstitial space

c)

colloid osmotic pressure is created by mostly albumin in plasma; osmotic gradient pulls H20 into blood capillaries by osmosis

d)

mainly electrolytes

12.

H20 moves into filtrate when hydrostatic pressure is ___ than colloid osmotic pressure

a)

greater

b)

less

13.

H20 moves into plasma (blood) when colloid osmotic pressure is ___ than hydrostatic pressure

a)

greater

b)

less

14.

Myogenic mechanism increases?

a)

blood pH

b)

systemic blood pressure stretches

c)

blood flow

d)

acidity

15.

myogenic mechanism constrict afferent arteriole, ____ blood flow through glomerulus.

a)

reduce

b)

increase

16.

if GFR increases, the filtrate volume goes __, and more Na+ and Cl- are absorbed into macula densa cells triggering release of paracrine signals.

a)

down

b)

up

17.

Angiotensin II promotes

a)

increased thirst

b)

vasodilation of efferent arterioles and systemic blood vessels

c)

vasocontriction of efferent arterioles and systemic blood vessels

d)

reabsorption of Na+, Cl- and H20 from PCT

18.

When blood pressure drops so does GFR, this causes the release of renin into blood stream from ___

a)

JG cells

b)

kidneys

c)

proximal convoluted tubule

d)

macula densa

19.

___ are the female accessory glands while ___ are the male.

a)

gonads, scrotum

b)

mammary, prostate

c)

ovary, testes

20.

What are the gametes of males vs females?

(a)  

21.

GnRH comes from the ____ and targets the ____ ____ to stimulate the secretion of LH and ____.

a)

hypothalamus, anterior pituitary, FSH

b)

pons, posterior pituitary, renin

c)

hypothalamus, midbrain, FSH

22.

FSH comes from the ____ and targets the _____.

a)

anterior pituitary, ovaries

b)

anterior pituitary, testes

c)

hypothalamus, testes

d)

ovaries, fallopian tubes

23.

Which hormone stimulates production of androgen- binding protein (ABP)?

a)

GnRH

b)

LH

c)

FSH

d)

Inhibin

24.

LH comes from ___ and targets the ____ to stimulate the production and secretion of ____

a)

anterior pituitary, testes, testosterone

b)

posterior pituitary, ovaires, estrogen

c)

hypothalamus, testes, testosterone

25.

Which hormone is responsible for secondary sexual characteristics in male and female

a)

testosterone, estrogen

b)

testosterone, progesterone

c)

progesterone, estrogen

26.

GnRH is located in the _____ and targets the ___ ___. This stimulates the secretion of ___ and ___.

a)

hypothalamus, ovarian follicles, LH and FSH

b)

hypothalamus, anterior pituitary, LH and ABP

c)

hypothalamus, anterior pituitary, LH and FSH

27.

FSH targets the ___ and ____. It tells the follicles to start development and stimulate granulosa cells to convert androgens to ____.

a)

ovarian follicles and granulosa cells, estrogens

b)

mammary glands, luteum cells, estrogens

c)

ovaries and granulosa cells, progesterone

28.

What stimulates follicles to finish maturation after the 14th day of a woman's cycle?

a)

LH

b)

FSH

c)

GnRH

d)

Estrogens

29.

The ovaries and granulosa cells are responsible for everything except?

a)

estrogen

b)

stimulate proliferation of endometrial cells

c)

stimulate development of ducts of mammary glands

d)

inhibit FSH secretion

e)

sustentacular cells

30.

Progesterone is sourced from?

a)

ovaries (corpus luteum)

b)

prostate

c)

uterus

d)

testes

31.

Inhibin inhibits the secretion of?

a)

LH

b)

GnRH

c)

FSH

32.

___ protects and regulates temperature of testes

a)

urethra

b)

scrotum

c)

ductus deferens

d)

penis

33.

Which of these is false?

a)

bulbourethral gland secretes mucus and neutralize acidic traces of urine in urethra

b)

prostate gland secretes slightly alkaline fluid with nutrients and helps sperm for fertilization

c)

The testis do not produce inhibin

d)

The epididymis promotes sperm cell maturation and stores sperm

34.

What muscle is lining the scrotum?

a)

dartos muscle

b)

detrusor muscle

c)

septum muscle

d)

raphe muscle

35.

Which smooth muscle controls the height of the testes?

a)

dartos muscle

b)

cremaster muscle

c)

myoid muscle

36.

The dartos muscle contracts to ___ surface area of scrotum when cold and relaxes when ____

a)

reduce, warm

b)

increase, warm

c)

increase, cold

d)

reduce, cold

37.

Which of these is true?

a)

seminiferous tubules contain two types of cells; spermatogenic and sustentacular cells

b)

each testis is divided into septums

c)

testes only have thermoreceptors for temperature

d)

efferent ductules carry sperm from rete testis to the seminiferous tubules

38.

Which cell contracts to push sperm and testicular fluid through tubules

a)

myoid cells

b)

interstitial cells

c)

cremaster cell

d)

sustentacular cells

39.

The sight of sperm maturation and storage is the?

a)

efferent ductules

b)

epididymis

c)

vas deferens

d)

muscularis

40.

Head receives ____ ductules from testis, which becomes called ductus epidiymis; long, coiled tube lined with ______ epithelial cells.

a)

efferent, pseudostratified

b)

efferent, simple squamous

c)

afferent, pseudostratified

d)

afferent, simple cuboidal

41.

Ductus deferens can store sperm for ___ and ___ expired sperm

a)

months, reabsorb

b)

months, eject

c)

years, reabsorb

d)

days, filter

42.

The seminal fluid is

a)

yellowish secretion

b)

makes up 60-70% semen volume

c)

composed of fructose, prostaglandins, coagulating proteins, bases

43.

Prostatic secretion makes up ___ of semen volume.

a)

10-15%

b)

20-30%

c)

25-45%

d)

60-70%

44.

Prostatic secretion contains a milky fluid of

a)

citrate

b)

prostate specific antigen

c)

acids

d)

bases

e)

antimicrobial chemicals

45.

Membranous urethra passes ___ external urethral sphincter

a)

in between

b)

next to

c)

down

d)

through

46.

What is another word for foreskin?

a)

circumcision

b)

spongiosum

c)

prepuce

d)

urogenital

47.

There are __ corpora cavernosa and __ corpus spongism

a)

1, 2

b)

2, 1

c)

2, 3

d)

3, 1

48.

Semen makes up about __% of semen volume and a typical ejaculate is between __-___ million sperm cells

a)

5, 40-750

b)

10, 10-100

c)

15, 70-500

49.

Semen will ___ to prevent it from leaking out of vagina.

a)

coagulate

b)

warm up

c)

speed up

50.

The process that prepares plasma membrane of sperm to penetrate and fertilize ova is?

a)

penetration

b)

clotting

c)

correlation

d)

capacitation

51.

What allows sperm access further into female tract by contraction in female reproductive tract?

a)

prostaglandins

b)

antimicrobial chemicals

c)

pH of semen

52.

Process in which male gametes, or sperm cells are produced

a)

spermatogonia

b)

spermagenisis

c)

spermatocyte

d)

spermatids

53.

Before puberty, spermatogonia ____. After puberty spermatogonia begin to produce ____ spermatocytes- ____

a)

proliferate, primary, meiosis

b)

fuse together, secondary, mitosis

54.

When primary spermatocyte undergoes first meiotic division, it forms ___ smaller haploid cells called ___ spermatocytes

a)

4, secondary

b)

2, secondary

55.

Sustentacular cells will:

a)

form blood testis barrier

b)

provide structural support

c)

phagocytose

d)

provide nutrients for dividing cells and produce androgen binding protein and inhibin

56.

After meiosis I produces two haploid secondary spermatocytes, they undergo meiosis II to produce a total of ___ haploid spermatids.

a)

1

b)

3

c)

4

d)

6

57.

Mitosis involves two ___ cells and meiosis involves 4 ___ cells.

a)

diploid, haploid

b)

haploid, diploid

58.

LH stimulates ___ cells to produce testosterone and FSH stimulates ___ cells to secrete androgen binding protein.

a)

interstitial, gonadotropin

b)

interstitial, sustentacular

c)

secondary, primary

59.

Erythropoietin is stimulated to produce testosterone from the ___

a)

kidneys

b)

liver

c)

hypothalamus

d)

pituitary gland

60.

Ejaculation is a ____ ____ process to expel semen

a)

parasympathetic ANS

b)

sympathetic ANS

c)

sympathetic CNS

d)

parasympathetic CNS

61.

___ is a period in which reproductive functions begin to decline in males. The size of testes ____ and the number of sustentacular and interstitial cells ____.

a)

andropause, decrease, decline

b)

menopause, decrease, increase

62.

During andropause, GnRH will ____ production of FSH and LH. The prostate gland experiences _____

a)

increase, hypertrophy

b)

decrease, hypertrophy

63.

What is the percentage of all infertility cases due to males?

a)

10%

b)

50%

c)

30%

d)

40%

64.

___ produces oocytes and estrogen, progesterone and inhibin, while the __ sustains embryo and sheds during menstrual flow

a)

ovary, uterus

b)

uterus, ovary

c)

uterus, vagina

d)

ovary, vagina

65.

The wound consists of

a)

body

b)

tail

c)

fundus

d)

cervix

e)

uterus

66.

Outermost serous layer is the ___ while the ____ is the innermost layer that lines uterine cavity.

a)

perimetrium, endometrium

b)

myometrium, endometrium

c)

cervix, ovaries

67.

__ helps maintain acidic pH of vagina. Vaginal mucosa is composed of ___ squamous epithelium.

a)

lactic acid, stratified

b)

glycogen, pseudostratified

68.

Epithelial cells secrete ___ into vaginal lumen

a)

glucose

b)

glycogen

c)

amino acids

d)

lipoproteins

69.

___ is the incision made in tissues of perineum to prevent natural tearing during childbirth

a)

epicotomy

b)

vestibiotomy

c)

episiotomy

d)

endolobotomy

70.

How many lobes radiate around and open into nipple?

a)

15-25

b)

25-30

c)

40-50

d)

9-10

71.

Before birth, stem cells called ____ are formed to proliferate by ____

a)

oogonia, meiosis

b)

oogonia, mitosis

c)

oocytosis, mitosis

d)

oogenesis, meiosis

72.

primary oocytes complete first meiotic division to produce __ haploid cells. Secondary oocyte contains most of ___ and proceeds to ____ II.

a)

2, cytoplasm, metaphase

b)

4, plasma, telephase

c)

2, cytoplasm, anaphase

73.

Which of these is incorrectly paired about spermatogenesis and oogenesis

a)

spermatogenesis begins at puberty

b)

oogenesis begins after birth

c)

spermatogenesis continues until death

d)

oogenesis produce one large oocyte each month

74.

During luteal phase, ruptured follicle becomes an ____ organ called corpus ludeum

a)

exocrine

b)

endocrine

75.

Corpus ____ are whitish knot of scar tissue left from old follicles after they cease secreting hormones

a)

albicans

b)

ludeum

c)

follicle

76.

Which of these is false about menses

a)

first menses occurs approximately 2 years after onset of puberty

b)

will not occur unless 15-17% body fat

c)

require hormone leptin

d)

GNRH levels increase which decrease levels of estrogen and progesterone

77.

Follicular phase extends from day __ to ___ and luteal phase extends from day ___ to ___

a)

1-14, 20-32

b)

2-7, 9-15

c)

1-14, 14-28

d)

1-7, 10-24

78.

Stratum functionalis sheds with a discharge of __-__ ml of blood

a)

30-40

b)

25-50

c)

10-25

d)

35-50

79.

Female libido may be related to androgen DHEA produced by the

a)

adrenal cortex

b)

pituitary gland

c)

kidneys

d)

pons

80.

Early menopause is occurrence of menopause before age of ___, while premature menopause occurs before age of ___.

a)

45, 35

b)

40, 45

c)

40, 35

d)

45, 40

81.

Hormone imbalance of excessive androgens, interfere with normal ovulation is called

a)

menopause

b)

Polycystic ovarian syndrome

c)

primary ovarian insufficiency

d)

pelvic inflammatory disease

82.

Most common viral infection is ___ ___ caused by over 40 different types of human papilloma

a)

genital warts

b)

endometriosis

c)

uterine fibroids

d)

aids

83.

Genital herpes usually caused by herpes simplex virus type __, can be transmittable direct skin to skin contact.

a)

1

b)

2

c)

3

84.

chlamydia is a __ infection while trichomoniasis is a ___ infection.

a)

bacterial, parasitic

b)

parasitic, bacterial

85.

Lesion called a canker is due to

a)

chlamydia

b)

gonorrhea

c)

trichomoniasis

d)

syphilis

86.

Fluid balance is the study of maintaining appropriate ___ and concentration of body's ____ and extracellular fluids.

a)

pH, intracellular

b)

volume, intracellular

c)

volume, plasma

87.

Males have __ total body water, woman have ___ and infants have ___.

a)

60, 50, 75

b)

50, 75, 60

c)

60, 75, 50

d)

35, 40, 60

88.

Intracellular fluid is more than interstitial fluid

a)

true

b)

false

89.

Electrolytes are substances that dissociate into ___ and have a ___ particles. Non-electrolytes have strongest ___ bonds and have ___ charge.

a)

ions, charged, covalent, no

b)

ions, non charged, noncovalent, positive

90.

Protein content is high in the ___, and almost zero in the ____

a)

interstitial fluid, intracellular fluid

b)

plasma, intracellular fluid

c)

plasma, interstitial fluid

d)

interstitial fluid, plasma

91.

Sodium contains more ___, potassium contains more ____

a)

plasma, interstitial fluid

b)

plasma, intracellular fluid

c)

intracellular fluid, interstitial fluid

d)

interstitial fluid, plasma

92.

Usually ___ cannot move freely and need a transport protein while ___ can move freely due to ___

a)

ions, h20, hydrostatic pressure

b)

solutes, proteins, osmosis

c)

solutes, h20, osmosis

93.

Osmotic pressure gradient; force of solutes that tends to pull h20 toward solution with ___ osmotic pressure.

a)

higher

b)

lower

94.

Hydrostatic pressure gradient; force that fluid exerts on cells; tends to push h20 ___ from area of higher hydrostatic pressure

a)

away

b)

toward

95.

Drinking a lot of fluid may cause ____ plasma

a)

hypotonic

b)

hypertonic

c)

isotonic

96.

Plasma may result from sweating a lot called

a)

hypertonic

b)

hypotonic

c)

isotonic

97.

Easiest source of water is ___ and the best way to expel it out is through ____

a)

drinking, urination

b)

drinking, perspiration

c)

food, respiration

d)

metabolism, defecation

98.

About ___ ml of urine needs to be produced daily to prevent toxic buildup of molecules

a)

100

b)

200

c)

300

d)

500

99.

ADH is produced in the ____ and released from ____.

a)

DCT, posterior pituitary

b)

hypothalamus, posterior pituitary

c)

hypothalamus, anterior pituitary

d)

DCT, collecting ducts

100.

All of these except ___ are involved in fluid balance

a)

aldosterone

b)

angiotensin-II

c)

ADH

d)

ANP

e)

renin

101.

When dehydrated, volume ___ and ECF concentration ___

a)

decreases, increases

b)

increases, increases

c)

increases, decreases

102.

If you vomit, h20 loss ___ plasma volume and ___ solute concentration

a)

increases, increases

b)

decreases, decreases

c)

decreases, increases

d)

increases, decreases

103.

___ enhances thirst sensation

a)

aldosterone

b)

angiotensin-II

c)

ANP

d)

creatine

104.

Drinking more water after detecting dehydration is a ___ feedback loop

a)

negative

b)

positive

105.

Losing mainly fluid is known as h__natremia while losing mainly sodium is known as h__natremia

a)

hypo, hyper

b)

hyper, hypo

106.

Dehydration causes a ___ in blood volume/pressure and an ___ in Na+ concentration

a)

decrease, increase

b)

decrease, decrease

c)

increase, decrease

d)

increase, increase

107.

Angiotensin II causes

a)

vasocontriction

b)

vasodilation

c)

decrease in water intake

d)

decrease in Na+ reabsorption

108.

During overhydration (hypotonic), volume is ___ and concentration of ECF is ___.

a)

increased, decreased

b)

decreased, increased

109.

When osmotic pressure of plasma decreases, H20 moves ___ cell by osmosis

a)

into

b)

out of

c)

in between

110.

Bleeding can cause

a)

hypervolemia

b)

hypovolemia

c)

hypertonicity

111.

Hypervolemia is fluid excess, exists when ECF volume ___ without a change in osmotic pressure

a)

decreases

b)

increases

c)

stays the same

112.

The most abundant extracellular cation is

a)

Na+

b)

K+

c)

Mg+

d)

Proteins

113.

ANP increases Na+ ___ while angiotensin-II and aldosterone increase Na+ ____

a)

reabsorption, filtration

b)

reabsorption, secretion

c)

reabsorption, dehydration

d)

secretion, reabsorption

114.

Hypernatremia is elevated Na+ concentration; greater than __ mEq/I caused by dehydration, while hyponatreamia is decreased Na+ concentration; less than ___ mEq/I caused by overhydration

a)

120, 135

b)

140,130

c)

145,135

115.

When Na+ levels in the __ decrease, receptors in the macula densa activate ___

a)

ECF, RAAS

b)

ICF, RAAS

116.

Most abundant intracellular cation is?

a)

Na+

b)

K+

c)

Mg+

d)

Cl-

117.

When K+ rushes out of the cell, cytosol becomes ___ positive

a)

less

b)

more

118.

Which of these is false about potassium

a)

When you urinate, potassium needs to be taken to replenish it being lost

b)

insulin, aldosterone and epinephrine are hormones that stimulate uptake of k+ by cells

c)

excess k+ is reabsorbed into blood

d)

hypocalcemia is commonly caused by diuretics that lead to excess k+ loss in urine

119.

Calcium is a ___cellular __ion , while phosphorus is a ___cellular ___ion

a)

extracellular cation, intracellular anion

b)

intracellular anion, extracellular anion

c)

extracellular anion, intracellular cation

120.

When ECF Ca2+ levels drop, Ca2+ is released from bone tissue by osteo___

a)

clasts

b)

blasts

121.

When Ca2+ is deposited in bone tissue it is due to osteo_

a)

blast

b)

clast

c)

mast

122.

Calcitonin is released by the ___ gland

a)

pituitary

b)

parathyroid

c)

thyroid

123.

PTH activates vitamin

a)

A

b)

C

c)

D

d)

K

124.

The release of PTH by the parathyroid gland stimulates Ca2+

a)

release from bones

b)

into the bones

125.

Increase in calcium uptake in ___ activates vitamin D and increases calcium uptake in ___

a)

kidneys, liver

b)

kidneys, intestines

c)

intestines, kidneys

d)

liver, kidneys

126.

Hypercalcemia leads to all of the following except

a)

vitamin D loss

b)

bone disorder

c)

renal failure

d)

neurons become less permeable to Na+

127.

Hypocalcemia leads to a ___ in vitamin D

a)

loss

b)

gain

128.

CL- is an ___cellular ___ion while Mg2+ is a ___cellular ___ion

a)

extracellular anion, intracellular cation

b)

intracellular anion, extracellular cation

c)

extracellular cation, intracellular anion

d)

intracellular cation, intracellular cation

129.

High levels of magnesium block calcium entry into cells and can lead to ___calcemia

a)

hypo

b)

hyper

130.

pH is the measure of ___ in a solution

a)

protons

b)

ions

c)

cation

d)

electrolytes

131.

HCO3- is a ___ and H2CO3 and HCl is ___

a)

base, acid

b)

acid, base

132.

Normal pH range of bodily fluid is 7.__ - 7.__

a)

7.25-7.45

b)

7.35-7.45

c)

7.50-7.65

d)

7.15-7.45

133.

Which is false

a)

ketoacids are formed by fats and amino acid catabolism

b)

lactic acid is byproduct of fermentation of pyruvate

c)

uric acid is formed by catabolism of nucleic acids

d)

body pH is slightly acidic

134.

H+ is put into ___ and HCO3- goes into ___.

a)

urine, blood

b)

blood, urine

c)

urine, kidney

135.

Phosphate buffer system primarily functions in the __ tubules of ICF

a)

plasma

b)

renal

c)

distal convoluted

d)

proximal

136.

When you vomit this is due to ____, ___ pH and HCO3-

a)

metabolic alkalosis, increase

b)

metabolic acidosis, decrease

c)

respiratory acidosis, increase

d)

respiratory alkalosis, increase

137.

Diarrhea is due to metabolic ____ and ___ pH and HCO3-

a)

alkalosis, decrease

b)

acidosis, decrease

c)

acidosis, increase

d)

alkalosis, increase

138.

Decreased gas exchange in the alveoli is due to respiratory ____ which is a ___ in pH and a _____ Pco2

a)

acidosis, decrease, increase

b)

acidosis, increase, decrease

c)

alkalosis, decrease, decrease

d)

alkalosis, increase, increase

139.

Respiratory alkalosis is a __ in pH and ___ in Pco2, hyperventilation due to high altitudes and ___ atmospheric Po2.

a)

increase, decrease, high

b)

decrease, decrease, low

c)

decrease, increase, high

d)

increase, decrease, low

140.

Fully compensated imbalance means

a)

pH is normal but PCO2 and HCO3- levels are abnormal

b)

pH is abnormal and PCO2 while HCo3- is normal

c)

HCO3 and PCO2 are normal while pH is abnormal

141.

Anchoring the peritoneum is due to the renal ___ and a thin layer that surrounds kidney is the renal ___

a)

capsule, fascia

b)

fascia, capsule

142.

The most deep layer of kidney is

a)

renal fascia

b)

adipose capsule

c)

renal capsule

143.

Renal columns are locating in the renal ___ and renal pyramids are locating in the renal ___

a)

cortex, pelvis

b)

medulla, pelvis

c)

medulla, cortex

d)

cortex, medulla

144.

Renal ___ drains urine into the ureter

a)

papilla

b)

medulla

c)

cortex

d)

pelvis

145.

Descending limb is made of ___ epithelial cells

a)

simple

b)

pseudo stratified

c)

transitional

d)

stratified

146.

Ascending limb becomes simple ___ epithelial cell

a)

columnar

b)

cuboidal

c)

stratified

147.

What regulates blood pressure and glomerular filtration rate

a)

macula densa

b)

juxtaglomerular cells

c)

DCT

d)

brush border

148.

Cortical nephrons make up ___% of nephrons and Juxtamedullary nephrons make up __%..

a)

20, 80

b)

40, 60

c)

80, 20

d)

70, 30

149.

Which of these is true about glomerular filtration

a)

lipoproteins can pass

b)

visceral layer is the 2nd barrier

c)

basement membrane/ basal lamina is the 1st barrier

d)

looping structure of glomerular capillaries increases surface area

150.

Collagen is important because

a)

it forms finger-like extensions of podocytes that wrap around glomerular capillary

b)

forms web that blocks large substances and have negative charge that repel other negatively charged substances

c)

allows proteins to pass

151.

How many nitrogenous wastes are produced in glomerular filtration?

a)

4

b)

2

c)

3

d)

1

152.

Colloid pressure is created by proteins, mostly ____ in plasma. The osmotic gradient pulls H20 into blood ____ by osmosis

a)

enzymes, lymph

b)

amino acids, capillaries

c)

albumins, capillaries

153.

Hydrostatic pressure is the force of fluid on capillary ___; pushes H20 out of capillary into ____

a)

walls, interstitial space

b)

walls, intercellular space

c)

space, extracellular space

154.

Water moves into filtrate when hydrostatic pressure is ___ than COP. Water moves into plasma when COP is ___ than hydrostatic pressure

a)

lower, higher

b)

higher, lower

c)

higher, higher

d)

lower, lower

155.

How do you calculate NFP?

a)

GHP+(GCOP+CHP)

b)

CHP-( GHP+GCOP)

c)

GHP+(GCOP-CHP)

d)

GHP-(GCOP+CHP)

156.

When afferent arterioles ____, it ___ systemic blood pressure and ___ GFR

a)

constrict, increase, increase

b)

constrict, decrease, increase

c)

dilate, increase, increase

d)

dilate, decrease, decrease

157.

JGA regulates

a)

blood pressure only

b)

glomerular filtration rate only

c)

both

d)

neither

158.

Macula densa is found in

a)

afferent arterioles

b)

efferent arterioles

c)

PCT

d)

renal tubule

e)

afferent and efferent arterioles

159.

Syndrome of inappropriate ADH secretion is a result of excess fluid retention that leads to ___ in plasma osmolarity and a ___ in urine osmolarity

a)

decreased, increased

b)

increased, decreased

c)

decreased, decreased

d)

increased, increased

160.

Excess ADH is caused by ___ tumors

a)

liver

b)

lung

c)

kidney

d)

heart

161.

Inflammation of glomerular capillaries and basement membrane causes ___ in blood flow and capillary permeability; ____ GHP

a)

increase, increase

b)

decrease, decrease

c)

increase, decrease

d)

decrease, increase

162.

Kidney stones are composed of ___ ___ salts

a)

calcium oxalate

b)

calcium nitrate

c)

sodium chloride

d)

sodium oxalate

163.

Crystals can form in the

a)

nephron loop

b)

PCT

c)

DCT

d)

collecting system

e)

glomerulus

164.

___ motor fibers stimulate detrusor muscle to contract and ___ urethral sphincter to relax

a)

efferent, external

b)

efferent, internal

c)

afferent, internal

d)

afferent, external

165.

The micturition center is found in the ___ and the reflex arc is mediated by the ____ ANS.

a)

pons, parasympathetic

b)

midbrain, parasympathetic

c)

hypothalamus, parasympathetic

166.

The detrusor muscle is ____ smooth muscle.

a)

voluntary

b)

involuntary

167.

Antidiuretic and aldosterone promote

a)

concentrated urine

b)

less concentrated urine

168.

If body is dehydrated, urine is ___. If there is excess h20, ___ h20 is reabsorbed and urine is ____

a)

concentrated, less, concentrated

b)

dilute, more, concentrated

c)

concentrated, less, dilute

d)

dilute, more, dilute

169.

Aquaporins:

a)

decrease movement of water

b)

increase movement of water

c)

are only found in apical membranes

d)

decrease filtrate rate

170.

if blood pH increases, HCO3- is reabsorbed ___. When blood pH decreases, it becomes too __.

a)

more, acidic

b)

less, acidic

c)

more, basic

d)

less, basic

171.

PCT helps:

a)

maintain acid-base homeostasis

b)

excrete toxins

c)

reabsorb H+ into blood

d)

filter albumin

172.

If there is too much glucose in the filtrate this is called

a)

glycosuria

b)

hyperglycemia

c)

glyconatremia

d)

hypertension

173.

Macula densa sends signals to JG cells causing ___ renin release, which allows efferent arterioles to ___ causing a ___ in GFR

a)

increase, constrict, decrease

b)

increase, dilate, increase

c)

reduced, constrict, increase

d)

reduced, dilate, decrease

174.

When GFR increases, this causes afferent arterioles to ___. This is the ____

a)

constrict, myogenic mechanism

b)

constrict, tubuloglomerular feedback

c)

dialate, myogenic mechanism

d)

dialate, autoregulation

175.

RAAS stands for

a)

renin-angiotensin- antidiuretic system

b)

renin- angiotensin II- aldosterone system

c)

renin- angiotensin- aldosterone syndrome

d)

renin- angiotensin- aldosterone system

176.

___ in blood flow through ___ arteriole triggers JG cells to release renin into blood system

a)

reduction, afferent

b)

increase, afferent

c)

reduction, efferent

d)

increase, efferent