A) It involves hormonal signals in the collecting ducts.
B) It is a purely passive transport process.
C) It is a reclamation process.
D) It occurs via transcellular or paracellular routes.
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Multiple Choice
A) Its granular cells produce rennin.
B) Its macula densa cells produce aldosterone.
C) It helps control systemic blood pressure.
D) It regulates the rate of filtrate formation.
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Multiple Choice
A) Glomerular capillaries
B) Vasa recta
C) Afferent arterioles
D) Peritubular capillaries
E) Efferent arterioles
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verified
Multiple Choice
A) Glomerular capillaries
B) Vasa recta
C) Afferent arterioles
D) Peritubular capillaries
E) Efferent arterioles
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Multiple Choice
A) macula densa
B) granular cells
C) podocyte cells
D) mesangial cells
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Multiple Choice
A) E
B) C
C) D
D) B
E) A
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Essay
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View Answer
Multiple Choice
A) electrolyte levels
B) hormonal regulation
C) renal autoregulation
D) neural regulation
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Multiple Choice
A) E
B) C
C) D
D) B
E) A
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Multiple Choice
A) thick segment moves ions out into interstitial spaces for reabsorption
B) thin segment is freely permeable to water
C) thin segment is not permeable to sodium and chloride
D) thick segment is permeable to water
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Multiple Choice
A) E
B) C
C) D
D) B
E) A
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Multiple Choice
A) Blood supply that directly receives substances from the tubular cells.
B) Site of filtrate formation.
C) Site that drains the distal convoluted tubule.
D) Site at which most of the tubular reabsorption occurs
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Multiple Choice
A) Urine output will increase.
B) Systemic blood pressure will go up.
C) Glomerular filtration rate will increase.
D) Net filtration pressure will increase.
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Multiple Choice
A) Capsular osmotic pressure would compensate so that filtration would not change.
B) Net filtration would decrease.
C) Net filtration would increase above normal.
D) Filtration would increase in proportion to the increase in capsular pressure.
Correct Answer
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Multiple Choice
A) E
B) C
C) D
D) B
E) A
Correct Answer
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Multiple Choice
A) E
B) C
C) D
D) B
E) A
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True/False
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Short Answer
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Multiple Choice
A) The diameter of the efferent arteriole is smaller than the afferent arteriole.
B) The volume of plasma in the efferent arteriole is higher when compared to the afferent arteriole.
C) The efferent arteriole has higher resistance to blood flow than the afferent arteriole.
D) The flow of blood is reduces as blood reaches the efferent arteriole.
Correct Answer
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Multiple Choice
A) decrease the production of aldosterone
B) decrease water absorption
C) constrict arterioles and increase blood pressure
D) decrease arterial blood pressure
Correct Answer
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