Deck 12: The Urinary System

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Question
For a healthy, adult female what percentage of her body weight is water? ​

A)10 percent
B)25 percent
C)40 percent
D)50 percent
E)60 percent ​
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Question
The body gains fluids by four of the following means. Which one is the exception? ​

A)foods
B)liquids
C)cellular respiration reactions
D)respiratory ventilation of gases
E)condensation reactions ​
Question
Four of the following are found in the fluid within the Bowman's capsule. Which one would NOT be found? ​

A)proteins
B)water
C)glucose
D)NaCl
E)vitamins ​
Question
The most common metabolic waste product is ____. ​

A)urea
B)carbon dioxide
C)ammonia
D)oxygen
E)electrolytes ​
Question
After being filtered blood leaves the glomerular capillaries through the ____. ​

A)renal artery
B)renal vein
C)afferent arteriole
D)efferent arteriole
E)peritubular capillaries ​
Question
On a daily basis what percentage of the water the kidneys filter is excreted in urine? ​

A)1 percent ​
B)10 percent
C)20 percent
D)50 percent
E)100 percent ​
Question
Which of the following is considered "insensible" water loss? ​

A)urine excretion
B)evaporation from lungs
C)metabolic reactions
D)sweating
E)elimination of feces ​
Question
In the liver, carbon dioxide and ammonia are combined to form the less toxic waste product ____. ​

A)urea
B)water
C)creatine
D)sulfuric acid
E)phosphoric acid ​
Question
The kidneys perform all of the following functions EXCEPT ____. ​

A)renin production
B)removal of wastes
C)regulation of fluid volume
D)activation of vitamin A
E)stimulates red blood cell production ​
Question
Of all the ways the fluid is removed from the body, the one which is most regulated is ____. ​

A)urine excretion
B)evaporation from lungs
C)metabolic reactions
D)sweating
E)elimination of feces ​
Question
Which metabolic waste product is so toxic it must be converted into other forms before the kidney can excrete it? ​

A)urea
B)carbon dioxide
C)ammonia
D)oxygen
E)electrolytes ​
Question
Urine moves from the kidney to the urinary bladder through the ____. ​

A)renal artery
B)renal vein
C)urethra
D)nephron
E)ureter ​
Question
For a healthy adult, which compartment contains the most fluid? ​

A)extracellular
B)plasma
C)interstitial
D)intracellular
E)pericardial ​
Question
What percentage of the urea filtered by the kidneys is excreted in the urine? ​

A)10 percent
B)20 percent
C)50 percent
D)75 percent
E)100 percent ​
Question
Fluid filtered from glomerular capillaries immediately flows into the ____. ​

A)proximal tubule
B)distal tubule
C)Bowman's capsule
D)loop of Henle
E)collecting ducts ​
Question
The kidney's central urine collecting cavity is known as the ____. ​

A)pelvis
B)capsule
C)cortex
D)medulla
E)nephron ​
Question
The urine-producing unit of the kidney is the ____. ​

A)renal artery
B)renal vein
C)urethra
D)nephron
E)ureter ​
Question
Urine moves from the urinary bladder to the external environment through the ____. ​

A)renal artery
B)renal vein
C)urethra
D)nephron
E)ureter ​
Question
The body loses fluids by four of the following means. Which is the exception? ​

A)urine
B)evaporation from lungs
C)retention of salts
D)sweating
E)elimination of feces ​
Question
The efferent arterioles give rise to the ____. ​

A)renal artery
B)renal vein
C)afferent arteriole
D)ureter
E)peritubular capillaries ​
Question
Fluid entering which nephron portion is more dilute than normal body fluids? ​

A)Bowman's capsule
B)proximal tubule
C)descending limb of loop of Henle ​
D)ascending limb of loop of Henle
E)collecting ducts ​
Question
Which of the following is the target for aldosterone? ​

A)proximal tubules
B)loop of Henle
C)distal tubules
D)renin
E)angiotensin II ​
Question
The majority of tubular reabsorption takes place in the ____. ​

A)glomerulus
B)proximal tubules
C)loop of Henle ​
D)distal tubules
E)collecting ducts ​
Question
Which hormone stimulates the distal tubules to reabsorb more sodium? ​

A)ADH
B)renin
C)angiotensin I
D)angiotensin II
E)aldosterone ​
Question
Which hormone is secreted by the adrenal cortex? ​

A)ADH
B)renin
C)angiotensin I
D)angiotensin II
E)aldosterone ​
Question
The salt gradient created by the kidney tubules ____. ​

A)occurs only in the proximal tubules
B)inhibits the reabsorption of water
C)draws water out of the ascending arm of the loop of Henle
D)occurs only within the kidney cortex
E)drives the reabsorption of other solutes and water ​
Question
The major driving force for glomerular filtration is ____. ​

A)blood pressure
B)partial pressure
C)osmosis
D)diffusion
E)active transport
Question
During the urination reflex, voluntary control is directed at the ____. ​

A)bladder
B)external urethral sphincter
C)internal urethral sphincter
D)internal ureter sphincter
E)renal cortex ​
Question
Which substance is never secreted? ​

A)uric acid
B)drug metabolites
C)glucose
D)H+
E)K+
Question
Four of the following are found in the fluid in the fluid at the end of the proximal tubules. Which one would NOT be found? ​

A)H+
B)water
C)glucose
D)NaCl
E)urea ​
Question
After being filtered, which substance is normally completely reabsorbed? ​

A)salts
B)water
C)glucose
D)H+
E)urea ​
Question
In which portion of the nephron do hormones control water and salt reabsorption? ​

A)glomerulus
B)proximal tubules
C)loop of Henle
D)distal tubules
E)Bowman's capsule ​
Question
Which substance usually undergoes tubular secretion? ​

A)salts
B)water
C)glucose
D)H+
E)urea ​
Question
Which portion of the nephron is not permeable to water? ​

A)Bowman's capsule
B)proximal tubule
C)descending limb of loop of Henle
D)ascending limb of loop of Henle
E)collecting ducts ​
Question
Which of the following would occur in a time of severe dehydration? ​

A)decreased water reabsorption
B)increased urine production
C)elevated ADH levels
D)decreased aldosterone levels
E)decreased renin production ​
Question
Tubular secretion takes place in the ____. ​

A)glomerulus ​
B)Bowman's capsule
C)loop of Henle
D)distal tubules
E)collecting ducts ​
Question
In terms of blood pressure regulation, the kidneys control ____. ​

A)intracellular volume
B)thirst
C)sweating
D)extracellular volume
E)arteriole constriction ​
Question
Which substance is reabsorbed in the descending limb of the loop of Henle? ​

A)salts
B)water
C)glucose
D)H+
E)urea ​
Question
Renin is produced by cells in the ____. ​

A)glomerulus
B)Bowman's capsule
C)juxtaglomerular apparatus
D)efferent arteriole
E)peritubular capillaries ​
Question
When a substance is reabsorbed by the kidney, it moves from the nephron tubule into the ____. ​

A)glomerulus
B)peritubular capillaries
C)afferent arteriole
D)efferent arteriole
E)renal artery ​
Question
____________________ is a general terms used to describe disorders that can lead to kidney failure. ​
Question
Deposits of uric acid and calcium salts that settle out of urine can produce ____________________.
Question
The only organ that can permanently rid the body of excess H+ is the ____. ​

A)kidney
B)lungs
C)skin
D)liver
E)spleen ​
Question
Wastes and excess ions are moved from the blood into the filtrate in the process of ____________________. ​
Question
____________________ is an inherited disorders in which cysts form in the kidneys. ​
Question
The procedure lithotripsy is used to treat ____. ​

A)chronic hypertension
B)metabolic acidosis
C)hemodialysis
D)polycystic kidney disease
E)kidney stones ​
Question
Urinary tract infections ____. ​

A)are caused by heavy alcohol use
B)are secondary to viral kidney infections
C)usually result in kidney stones
D)are associated with STDs
E)are associated with over-the-counter painkillers ​
Question
Which of the following might cause metabolic acidosis? ​

A)vomiting
B)overuse of antacids
C)hormonal disorders
D)increased carbon dioxide excretion
E)kidney failure causing decreased H+ excretion ​
Question
The first step in urine formation ____________________ takes places across glomerular capillaries. ​
Question
Filtrate leaving the Bowman's capsule enters the ____________________. ​
Question
Which of the following disorders is classified under the general term glomerulornephritis? ​

A)chronic hypertension
B)metabolic acidosis
C)hemodialysis
D)polycystic kidney disease
E)aldosterone deficiency ​
Question
The normal pH of body fluids is ____. ​

A)acidic
B)always 7.0
C)slightly basic
D)in the 6.0-8.0 range
E)controlled primarily by water balance ​
Question
One of the most common of all childhood cancers is ____. ​

A)Wilms tumor
B)cystitis
C)glomerulornephritis
D)adenocarcinoma
E)pyelonephritis ​
Question
Which of the following might cause metabolic alkalosis? ​

A)diarrhea
B)kidney failure
C)vomiting
D)increased metabolism
E)decreased H+ excretion ​
Question
Glucose and other nutrients are moved from the filtrate back into the blood by the process of ____________________. ​
Question
The portion of the nephron that enters and exits the renal medulla is the ____________________. ​
Question
When blood pressure falls the kidney releases the enzyme ____________________. ​
Question
Blood leaving the efferent arteriole enters the ____________________. ​
Question
The procedure in which a patient's blood is sent into a filter to be cleaned and then returned to the body is ____. ​

A)peritoneal dialysis
B)hemodialysis
C)uro-dialysis
D)lithotripsy dialysis
E)hydro-dialysis ​
Question
When the blood becomes acidic, the kidneys ____. ​

A)produce extra bicarbonate
B)reabsorb H+
C)secrete carbon dioxide
D)produce water
E)remove blood buffers ​
Question
Match between columns
Premises:
bicarbonate reabsorption to compensate for low blood pressure
bicarbonate reabsorption to compensate for low blood pressure
bicarbonate reabsorption to compensate for low blood pressure
aldosterone secretion to compensate for high blood pressure
aldosterone secretion to compensate for high blood pressure
aldosterone secretion to compensate for high blood pressure
carbon dioxide excretion to compensate for metabolic acidosis
carbon dioxide excretion to compensate for metabolic acidosis
carbon dioxide excretion to compensate for metabolic acidosis
Responses:
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal medulla ​<div style=padding-top: 35px>
renal medulla ​
Question
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    urine storage site ​<div style=padding-top: 35px>
urine storage site ​
Question
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    a kidney stone might block urine flow here ​<div style=padding-top: 35px>
a kidney stone might block urine flow here ​
Question
Match between columns
distal tubule reabsorbs this under direction of aldosterone
glucose
distal tubule reabsorbs this under direction of aldosterone
water
distal tubule reabsorbs this under direction of aldosterone
bicarbonate
distal tubule reabsorbs this under direction of aldosterone
H+
distal tubule reabsorbs this under direction of aldosterone
urea
distal tubule reabsorbs this under direction of aldosterone
aldosterone
distal tubule reabsorbs this under direction of aldosterone
ADH
distal tubule reabsorbs this under direction of aldosterone
ammonia
distal tubule reabsorbs this under direction of aldosterone
renin
distal tubule reabsorbs this under direction of aldosterone
sodium
extremely toxic waste product
glucose
extremely toxic waste product
water
extremely toxic waste product
bicarbonate
extremely toxic waste product
H+
extremely toxic waste product
urea
extremely toxic waste product
aldosterone
extremely toxic waste product
ADH
extremely toxic waste product
ammonia
extremely toxic waste product
renin
extremely toxic waste product
sodium
stimulates distal tubules to reabsorb water
glucose
stimulates distal tubules to reabsorb water
water
stimulates distal tubules to reabsorb water
bicarbonate
stimulates distal tubules to reabsorb water
H+
stimulates distal tubules to reabsorb water
urea
stimulates distal tubules to reabsorb water
aldosterone
stimulates distal tubules to reabsorb water
ADH
stimulates distal tubules to reabsorb water
ammonia
stimulates distal tubules to reabsorb water
renin
stimulates distal tubules to reabsorb water
sodium
only substance able to move across descending limb of loop of Henle
glucose
only substance able to move across descending limb of loop of Henle
water
only substance able to move across descending limb of loop of Henle
bicarbonate
only substance able to move across descending limb of loop of Henle
H+
only substance able to move across descending limb of loop of Henle
urea
only substance able to move across descending limb of loop of Henle
aldosterone
only substance able to move across descending limb of loop of Henle
ADH
only substance able to move across descending limb of loop of Henle
ammonia
only substance able to move across descending limb of loop of Henle
renin
only substance able to move across descending limb of loop of Henle
sodium
nitrogen waste product excreted by kidney
glucose
nitrogen waste product excreted by kidney
water
nitrogen waste product excreted by kidney
bicarbonate
nitrogen waste product excreted by kidney
H+
nitrogen waste product excreted by kidney
urea
nitrogen waste product excreted by kidney
aldosterone
nitrogen waste product excreted by kidney
ADH
nitrogen waste product excreted by kidney
ammonia
nitrogen waste product excreted by kidney
renin
nitrogen waste product excreted by kidney
sodium
enzyme released by kidney in response to low blood pressure
glucose
enzyme released by kidney in response to low blood pressure
water
enzyme released by kidney in response to low blood pressure
bicarbonate
enzyme released by kidney in response to low blood pressure
H+
enzyme released by kidney in response to low blood pressure
urea
enzyme released by kidney in response to low blood pressure
aldosterone
enzyme released by kidney in response to low blood pressure
ADH
enzyme released by kidney in response to low blood pressure
ammonia
enzyme released by kidney in response to low blood pressure
renin
enzyme released by kidney in response to low blood pressure
sodium
reabsorbed to compensate for acidosis
glucose
reabsorbed to compensate for acidosis
water
reabsorbed to compensate for acidosis
bicarbonate
reabsorbed to compensate for acidosis
H+
reabsorbed to compensate for acidosis
urea
reabsorbed to compensate for acidosis
aldosterone
reabsorbed to compensate for acidosis
ADH
reabsorbed to compensate for acidosis
ammonia
reabsorbed to compensate for acidosis
renin
reabsorbed to compensate for acidosis
sodium
excess excreted to compensate for acidosis
glucose
excess excreted to compensate for acidosis
water
excess excreted to compensate for acidosis
bicarbonate
excess excreted to compensate for acidosis
H+
excess excreted to compensate for acidosis
urea
excess excreted to compensate for acidosis
aldosterone
excess excreted to compensate for acidosis
ADH
excess excreted to compensate for acidosis
ammonia
excess excreted to compensate for acidosis
renin
excess excreted to compensate for acidosis
sodium
completely reabsorbed in proximal tubules
glucose
completely reabsorbed in proximal tubules
water
completely reabsorbed in proximal tubules
bicarbonate
completely reabsorbed in proximal tubules
H+
completely reabsorbed in proximal tubules
urea
completely reabsorbed in proximal tubules
aldosterone
completely reabsorbed in proximal tubules
ADH
completely reabsorbed in proximal tubules
ammonia
completely reabsorbed in proximal tubules
renin
completely reabsorbed in proximal tubules
sodium
released by adrenal cortex
glucose
released by adrenal cortex
water
released by adrenal cortex
bicarbonate
released by adrenal cortex
H+
released by adrenal cortex
urea
released by adrenal cortex
aldosterone
released by adrenal cortex
ADH
released by adrenal cortex
ammonia
released by adrenal cortex
renin
released by adrenal cortex
sodium
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    ureter ​<div style=padding-top: 35px>
ureter ​
Question
Match between columns
Premises:
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
collects filtrate from the glomerulus
collects filtrate from the glomerulus
collects filtrate from the glomerulus
collects filtrate from the glomerulus
collects filtrate from the glomerulus
allows water to move into the renal medulla
allows water to move into the renal medulla
allows water to move into the renal medulla
allows water to move into the renal medulla
allows water to move into the renal medulla
sensitive to aldosterone
sensitive to aldosterone
sensitive to aldosterone
sensitive to aldosterone
sensitive to aldosterone
glucose reabsorbed here
glucose reabsorbed here
glucose reabsorbed here
glucose reabsorbed here
glucose reabsorbed here
Responses:
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Question
Explain how aldosterone and ADH work together to compensate for dehydration. ​
Question
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    urine elimination pathway ​<div style=padding-top: 35px>
urine elimination pathway ​
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal capsule ​<div style=padding-top: 35px>
renal capsule ​
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    urine collects here ​<div style=padding-top: 35px>
urine collects here ​
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal vein ​<div style=padding-top: 35px>
renal vein ​
Question
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    composed of nephrons ​<div style=padding-top: 35px>
composed of nephrons ​
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal cortex ​<div style=padding-top: 35px>
renal cortex ​
Question
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal artery ​<div style=padding-top: 35px>
renal artery ​
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Deck 12: The Urinary System
1
For a healthy, adult female what percentage of her body weight is water? ​

A)10 percent
B)25 percent
C)40 percent
D)50 percent
E)60 percent ​
D
2
The body gains fluids by four of the following means. Which one is the exception? ​

A)foods
B)liquids
C)cellular respiration reactions
D)respiratory ventilation of gases
E)condensation reactions ​
D
3
Four of the following are found in the fluid within the Bowman's capsule. Which one would NOT be found? ​

A)proteins
B)water
C)glucose
D)NaCl
E)vitamins ​
A
4
The most common metabolic waste product is ____. ​

A)urea
B)carbon dioxide
C)ammonia
D)oxygen
E)electrolytes ​
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5
After being filtered blood leaves the glomerular capillaries through the ____. ​

A)renal artery
B)renal vein
C)afferent arteriole
D)efferent arteriole
E)peritubular capillaries ​
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6
On a daily basis what percentage of the water the kidneys filter is excreted in urine? ​

A)1 percent ​
B)10 percent
C)20 percent
D)50 percent
E)100 percent ​
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7
Which of the following is considered "insensible" water loss? ​

A)urine excretion
B)evaporation from lungs
C)metabolic reactions
D)sweating
E)elimination of feces ​
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8
In the liver, carbon dioxide and ammonia are combined to form the less toxic waste product ____. ​

A)urea
B)water
C)creatine
D)sulfuric acid
E)phosphoric acid ​
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9
The kidneys perform all of the following functions EXCEPT ____. ​

A)renin production
B)removal of wastes
C)regulation of fluid volume
D)activation of vitamin A
E)stimulates red blood cell production ​
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10
Of all the ways the fluid is removed from the body, the one which is most regulated is ____. ​

A)urine excretion
B)evaporation from lungs
C)metabolic reactions
D)sweating
E)elimination of feces ​
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11
Which metabolic waste product is so toxic it must be converted into other forms before the kidney can excrete it? ​

A)urea
B)carbon dioxide
C)ammonia
D)oxygen
E)electrolytes ​
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12
Urine moves from the kidney to the urinary bladder through the ____. ​

A)renal artery
B)renal vein
C)urethra
D)nephron
E)ureter ​
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13
For a healthy adult, which compartment contains the most fluid? ​

A)extracellular
B)plasma
C)interstitial
D)intracellular
E)pericardial ​
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14
What percentage of the urea filtered by the kidneys is excreted in the urine? ​

A)10 percent
B)20 percent
C)50 percent
D)75 percent
E)100 percent ​
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15
Fluid filtered from glomerular capillaries immediately flows into the ____. ​

A)proximal tubule
B)distal tubule
C)Bowman's capsule
D)loop of Henle
E)collecting ducts ​
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16
The kidney's central urine collecting cavity is known as the ____. ​

A)pelvis
B)capsule
C)cortex
D)medulla
E)nephron ​
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17
The urine-producing unit of the kidney is the ____. ​

A)renal artery
B)renal vein
C)urethra
D)nephron
E)ureter ​
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18
Urine moves from the urinary bladder to the external environment through the ____. ​

A)renal artery
B)renal vein
C)urethra
D)nephron
E)ureter ​
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19
The body loses fluids by four of the following means. Which is the exception? ​

A)urine
B)evaporation from lungs
C)retention of salts
D)sweating
E)elimination of feces ​
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20
The efferent arterioles give rise to the ____. ​

A)renal artery
B)renal vein
C)afferent arteriole
D)ureter
E)peritubular capillaries ​
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21
Fluid entering which nephron portion is more dilute than normal body fluids? ​

A)Bowman's capsule
B)proximal tubule
C)descending limb of loop of Henle ​
D)ascending limb of loop of Henle
E)collecting ducts ​
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22
Which of the following is the target for aldosterone? ​

A)proximal tubules
B)loop of Henle
C)distal tubules
D)renin
E)angiotensin II ​
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23
The majority of tubular reabsorption takes place in the ____. ​

A)glomerulus
B)proximal tubules
C)loop of Henle ​
D)distal tubules
E)collecting ducts ​
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24
Which hormone stimulates the distal tubules to reabsorb more sodium? ​

A)ADH
B)renin
C)angiotensin I
D)angiotensin II
E)aldosterone ​
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25
Which hormone is secreted by the adrenal cortex? ​

A)ADH
B)renin
C)angiotensin I
D)angiotensin II
E)aldosterone ​
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26
The salt gradient created by the kidney tubules ____. ​

A)occurs only in the proximal tubules
B)inhibits the reabsorption of water
C)draws water out of the ascending arm of the loop of Henle
D)occurs only within the kidney cortex
E)drives the reabsorption of other solutes and water ​
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27
The major driving force for glomerular filtration is ____. ​

A)blood pressure
B)partial pressure
C)osmosis
D)diffusion
E)active transport
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28
During the urination reflex, voluntary control is directed at the ____. ​

A)bladder
B)external urethral sphincter
C)internal urethral sphincter
D)internal ureter sphincter
E)renal cortex ​
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29
Which substance is never secreted? ​

A)uric acid
B)drug metabolites
C)glucose
D)H+
E)K+
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30
Four of the following are found in the fluid in the fluid at the end of the proximal tubules. Which one would NOT be found? ​

A)H+
B)water
C)glucose
D)NaCl
E)urea ​
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31
After being filtered, which substance is normally completely reabsorbed? ​

A)salts
B)water
C)glucose
D)H+
E)urea ​
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32
In which portion of the nephron do hormones control water and salt reabsorption? ​

A)glomerulus
B)proximal tubules
C)loop of Henle
D)distal tubules
E)Bowman's capsule ​
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33
Which substance usually undergoes tubular secretion? ​

A)salts
B)water
C)glucose
D)H+
E)urea ​
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34
Which portion of the nephron is not permeable to water? ​

A)Bowman's capsule
B)proximal tubule
C)descending limb of loop of Henle
D)ascending limb of loop of Henle
E)collecting ducts ​
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35
Which of the following would occur in a time of severe dehydration? ​

A)decreased water reabsorption
B)increased urine production
C)elevated ADH levels
D)decreased aldosterone levels
E)decreased renin production ​
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36
Tubular secretion takes place in the ____. ​

A)glomerulus ​
B)Bowman's capsule
C)loop of Henle
D)distal tubules
E)collecting ducts ​
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37
In terms of blood pressure regulation, the kidneys control ____. ​

A)intracellular volume
B)thirst
C)sweating
D)extracellular volume
E)arteriole constriction ​
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38
Which substance is reabsorbed in the descending limb of the loop of Henle? ​

A)salts
B)water
C)glucose
D)H+
E)urea ​
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39
Renin is produced by cells in the ____. ​

A)glomerulus
B)Bowman's capsule
C)juxtaglomerular apparatus
D)efferent arteriole
E)peritubular capillaries ​
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40
When a substance is reabsorbed by the kidney, it moves from the nephron tubule into the ____. ​

A)glomerulus
B)peritubular capillaries
C)afferent arteriole
D)efferent arteriole
E)renal artery ​
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41
____________________ is a general terms used to describe disorders that can lead to kidney failure. ​
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42
Deposits of uric acid and calcium salts that settle out of urine can produce ____________________.
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43
The only organ that can permanently rid the body of excess H+ is the ____. ​

A)kidney
B)lungs
C)skin
D)liver
E)spleen ​
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44
Wastes and excess ions are moved from the blood into the filtrate in the process of ____________________. ​
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45
____________________ is an inherited disorders in which cysts form in the kidneys. ​
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46
The procedure lithotripsy is used to treat ____. ​

A)chronic hypertension
B)metabolic acidosis
C)hemodialysis
D)polycystic kidney disease
E)kidney stones ​
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47
Urinary tract infections ____. ​

A)are caused by heavy alcohol use
B)are secondary to viral kidney infections
C)usually result in kidney stones
D)are associated with STDs
E)are associated with over-the-counter painkillers ​
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48
Which of the following might cause metabolic acidosis? ​

A)vomiting
B)overuse of antacids
C)hormonal disorders
D)increased carbon dioxide excretion
E)kidney failure causing decreased H+ excretion ​
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49
The first step in urine formation ____________________ takes places across glomerular capillaries. ​
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50
Filtrate leaving the Bowman's capsule enters the ____________________. ​
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51
Which of the following disorders is classified under the general term glomerulornephritis? ​

A)chronic hypertension
B)metabolic acidosis
C)hemodialysis
D)polycystic kidney disease
E)aldosterone deficiency ​
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52
The normal pH of body fluids is ____. ​

A)acidic
B)always 7.0
C)slightly basic
D)in the 6.0-8.0 range
E)controlled primarily by water balance ​
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53
One of the most common of all childhood cancers is ____. ​

A)Wilms tumor
B)cystitis
C)glomerulornephritis
D)adenocarcinoma
E)pyelonephritis ​
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54
Which of the following might cause metabolic alkalosis? ​

A)diarrhea
B)kidney failure
C)vomiting
D)increased metabolism
E)decreased H+ excretion ​
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55
Glucose and other nutrients are moved from the filtrate back into the blood by the process of ____________________. ​
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56
The portion of the nephron that enters and exits the renal medulla is the ____________________. ​
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57
When blood pressure falls the kidney releases the enzyme ____________________. ​
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58
Blood leaving the efferent arteriole enters the ____________________. ​
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59
The procedure in which a patient's blood is sent into a filter to be cleaned and then returned to the body is ____. ​

A)peritoneal dialysis
B)hemodialysis
C)uro-dialysis
D)lithotripsy dialysis
E)hydro-dialysis ​
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60
When the blood becomes acidic, the kidneys ____. ​

A)produce extra bicarbonate
B)reabsorb H+
C)secrete carbon dioxide
D)produce water
E)remove blood buffers ​
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61
Match between columns
Premises:
bicarbonate reabsorption to compensate for low blood pressure
bicarbonate reabsorption to compensate for low blood pressure
bicarbonate reabsorption to compensate for low blood pressure
aldosterone secretion to compensate for high blood pressure
aldosterone secretion to compensate for high blood pressure
aldosterone secretion to compensate for high blood pressure
carbon dioxide excretion to compensate for metabolic acidosis
carbon dioxide excretion to compensate for metabolic acidosis
carbon dioxide excretion to compensate for metabolic acidosis
Responses:
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
increases
does not change
decreases
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62
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal medulla ​
renal medulla ​
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63
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    urine storage site ​
urine storage site ​
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64
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    a kidney stone might block urine flow here ​
a kidney stone might block urine flow here ​
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65
Match between columns
distal tubule reabsorbs this under direction of aldosterone
glucose
distal tubule reabsorbs this under direction of aldosterone
water
distal tubule reabsorbs this under direction of aldosterone
bicarbonate
distal tubule reabsorbs this under direction of aldosterone
H+
distal tubule reabsorbs this under direction of aldosterone
urea
distal tubule reabsorbs this under direction of aldosterone
aldosterone
distal tubule reabsorbs this under direction of aldosterone
ADH
distal tubule reabsorbs this under direction of aldosterone
ammonia
distal tubule reabsorbs this under direction of aldosterone
renin
distal tubule reabsorbs this under direction of aldosterone
sodium
extremely toxic waste product
glucose
extremely toxic waste product
water
extremely toxic waste product
bicarbonate
extremely toxic waste product
H+
extremely toxic waste product
urea
extremely toxic waste product
aldosterone
extremely toxic waste product
ADH
extremely toxic waste product
ammonia
extremely toxic waste product
renin
extremely toxic waste product
sodium
stimulates distal tubules to reabsorb water
glucose
stimulates distal tubules to reabsorb water
water
stimulates distal tubules to reabsorb water
bicarbonate
stimulates distal tubules to reabsorb water
H+
stimulates distal tubules to reabsorb water
urea
stimulates distal tubules to reabsorb water
aldosterone
stimulates distal tubules to reabsorb water
ADH
stimulates distal tubules to reabsorb water
ammonia
stimulates distal tubules to reabsorb water
renin
stimulates distal tubules to reabsorb water
sodium
only substance able to move across descending limb of loop of Henle
glucose
only substance able to move across descending limb of loop of Henle
water
only substance able to move across descending limb of loop of Henle
bicarbonate
only substance able to move across descending limb of loop of Henle
H+
only substance able to move across descending limb of loop of Henle
urea
only substance able to move across descending limb of loop of Henle
aldosterone
only substance able to move across descending limb of loop of Henle
ADH
only substance able to move across descending limb of loop of Henle
ammonia
only substance able to move across descending limb of loop of Henle
renin
only substance able to move across descending limb of loop of Henle
sodium
nitrogen waste product excreted by kidney
glucose
nitrogen waste product excreted by kidney
water
nitrogen waste product excreted by kidney
bicarbonate
nitrogen waste product excreted by kidney
H+
nitrogen waste product excreted by kidney
urea
nitrogen waste product excreted by kidney
aldosterone
nitrogen waste product excreted by kidney
ADH
nitrogen waste product excreted by kidney
ammonia
nitrogen waste product excreted by kidney
renin
nitrogen waste product excreted by kidney
sodium
enzyme released by kidney in response to low blood pressure
glucose
enzyme released by kidney in response to low blood pressure
water
enzyme released by kidney in response to low blood pressure
bicarbonate
enzyme released by kidney in response to low blood pressure
H+
enzyme released by kidney in response to low blood pressure
urea
enzyme released by kidney in response to low blood pressure
aldosterone
enzyme released by kidney in response to low blood pressure
ADH
enzyme released by kidney in response to low blood pressure
ammonia
enzyme released by kidney in response to low blood pressure
renin
enzyme released by kidney in response to low blood pressure
sodium
reabsorbed to compensate for acidosis
glucose
reabsorbed to compensate for acidosis
water
reabsorbed to compensate for acidosis
bicarbonate
reabsorbed to compensate for acidosis
H+
reabsorbed to compensate for acidosis
urea
reabsorbed to compensate for acidosis
aldosterone
reabsorbed to compensate for acidosis
ADH
reabsorbed to compensate for acidosis
ammonia
reabsorbed to compensate for acidosis
renin
reabsorbed to compensate for acidosis
sodium
excess excreted to compensate for acidosis
glucose
excess excreted to compensate for acidosis
water
excess excreted to compensate for acidosis
bicarbonate
excess excreted to compensate for acidosis
H+
excess excreted to compensate for acidosis
urea
excess excreted to compensate for acidosis
aldosterone
excess excreted to compensate for acidosis
ADH
excess excreted to compensate for acidosis
ammonia
excess excreted to compensate for acidosis
renin
excess excreted to compensate for acidosis
sodium
completely reabsorbed in proximal tubules
glucose
completely reabsorbed in proximal tubules
water
completely reabsorbed in proximal tubules
bicarbonate
completely reabsorbed in proximal tubules
H+
completely reabsorbed in proximal tubules
urea
completely reabsorbed in proximal tubules
aldosterone
completely reabsorbed in proximal tubules
ADH
completely reabsorbed in proximal tubules
ammonia
completely reabsorbed in proximal tubules
renin
completely reabsorbed in proximal tubules
sodium
released by adrenal cortex
glucose
released by adrenal cortex
water
released by adrenal cortex
bicarbonate
released by adrenal cortex
H+
released by adrenal cortex
urea
released by adrenal cortex
aldosterone
released by adrenal cortex
ADH
released by adrenal cortex
ammonia
released by adrenal cortex
renin
released by adrenal cortex
sodium
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66
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    ureter ​
ureter ​
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67
Match between columns
Premises:
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
sodium actively transported out of this portion into renal medulla
collects filtrate from the glomerulus
collects filtrate from the glomerulus
collects filtrate from the glomerulus
collects filtrate from the glomerulus
collects filtrate from the glomerulus
allows water to move into the renal medulla
allows water to move into the renal medulla
allows water to move into the renal medulla
allows water to move into the renal medulla
allows water to move into the renal medulla
sensitive to aldosterone
sensitive to aldosterone
sensitive to aldosterone
sensitive to aldosterone
sensitive to aldosterone
glucose reabsorbed here
glucose reabsorbed here
glucose reabsorbed here
glucose reabsorbed here
glucose reabsorbed here
Responses:
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
Bowman's capsule
proximal tubule
descending limb of loop of Henle
ascending limb of loop of Henle
distal tubule
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68
Explain how aldosterone and ADH work together to compensate for dehydration. ​
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69
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    urine elimination pathway ​
urine elimination pathway ​
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70
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal capsule ​
renal capsule ​
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71
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    urine collects here ​
urine collects here ​
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72
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal vein ​
renal vein ​
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73
Match the urinary structures to the statements below. 
Match the urinary structures to the statements below.    composed of nephrons ​
composed of nephrons ​
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74
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal cortex ​
renal cortex ​
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75
Match the kidney structure to the statement below. 
Match the kidney structure to the statement below.    renal artery ​
renal artery ​
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locked card icon
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