1)Where are neurotransmitters released from? A) dendrites B) axon terminal C) nodes of Ranvier D) postsynaptic membrane E) presynaptic membrane 2) What is the function of antidiuretic hormone? A) It increases the permeability of the collecting ducts to sodium, so more is reabsorbed B) It causes a high volume of less concentrated urine to be produced C) It increases the permeability of the collecting ducts to water, so more is reabsorbed. 3)Inhibitory neurotransmitters would NOT be expected to A) bind to receptors B) open K+ channels C) open Na+ channels D) hyperpolarize the membrane
1)Where are neurotransmitters released from? A) dendrites B) axon terminal C) nodes of Ranvier D) postsynaptic membrane E) presynaptic membrane 2) What is the function of antidiuretic hormone? A) It increases the permeability of the collecting ducts to sodium, so more is reabsorbed B) It causes a high volume of less concentrated urine to be produced C) It increases the permeability of the collecting ducts to water, so more is reabsorbed. 3)Inhibitory neurotransmitters would NOT be expected to A) bind to receptors B) open K+ channels C) open Na+ channels D) hyperpolarize the membrane
Basic Clinical Laboratory Techniques 6E
6th Edition
ISBN:9781133893943
Author:ESTRIDGE
Publisher:ESTRIDGE
Chapter5: Urinalysis
Section5.2: Urine Collection And Processing
Problem 6RQ
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Question
1)Where are neurotransmitters released from?
A) dendrites
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B) axon terminal
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C) nodes of Ranvier
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D) postsynaptic membrane
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E) presynaptic membrane
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2) What is the function of antidiuretic hormone?
A) It increases the permeability of the collecting ducts to sodium, so more is reabsorbed
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B) It causes a high volume of less concentrated urine to be produced
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C) It increases the permeability of the collecting ducts to water, so more is reabsorbed.
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3)Inhibitory neurotransmitters would NOT be expected to
A) bind to receptors
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B) open K+ channels
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C) open Na+ channels
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D) hyperpolarize the membrane
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4) In countercurrent exchange
The flow of fluids in opposite directions maintains a favorable diffusion gradient along the length of an exchange surface |
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Oxygen is exchanged for Carbon Dioxide |
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Double circulation keeps oxygenated and deoxygenated blood separate |
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The capillaries of the lung will pick up more oxygen than the tissue capillaries. |
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