QuestionAugust 3, 2025

Intense sympathetic stimulation of the kidney increases filtration rate. causes the release of epinephrine from the kidney. decreases renal flow. does not alter filtration rate is necessary for normal kidney metabolism.

Intense sympathetic stimulation of the kidney increases filtration rate. causes the release of epinephrine from the kidney. decreases renal flow. does not alter filtration rate is necessary for normal kidney metabolism.
Intense sympathetic stimulation of the kidney
increases filtration rate.
causes the release of epinephrine from the kidney.
decreases renal flow.
does not alter filtration rate
is necessary for normal kidney metabolism.

Solution
4.2(113 votes)

Answer

decreases renal flow. Explanation 1. Identify the effect of sympathetic stimulation Intense sympathetic stimulation primarily affects blood vessels, leading to vasoconstriction. 2. Determine impact on renal flow Vasoconstriction decreases renal blood flow. 3. Assess filtration rate change Decreased renal blood flow typically reduces filtration rate. 4. Evaluate epinephrine release The kidney does not release epinephrine; it is released by adrenal glands. 5. Consider necessity for metabolism Sympathetic stimulation is not necessary for normal kidney metabolism.

Explanation

1. Identify the effect of sympathetic stimulation<br /> Intense sympathetic stimulation primarily affects blood vessels, leading to vasoconstriction.<br /><br />2. Determine impact on renal flow<br /> Vasoconstriction decreases renal blood flow.<br /><br />3. Assess filtration rate change<br /> Decreased renal blood flow typically reduces filtration rate.<br /><br />4. Evaluate epinephrine release<br /> The kidney does not release epinephrine; it is released by adrenal glands.<br /><br />5. Consider necessity for metabolism<br /> Sympathetic stimulation is not necessary for normal kidney metabolism.
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