NURS611|NURS 611 ADVANCED
PATHOPHYSIOLOGY EXAM 1/
ALREADY A+ GRADED WITH
EXPERT FEEDBACK |BRAND
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Terms in this set (40)
, Insulin transports potassium from
the blood to the cell along with
glucose. Insulin contributes to the
regulation of plasma potassium
levels by stimulating the Na+, K+-
ATPase pump, thereby promoting
1. How is insulin the movement of potassium into
used to treat liver and muscle cells simultaneously
hyperkalemia? with glucose transport after eating.
The intracellular movement of
potassium prevents an acute
hyperkalemia related to food intake.
Insulin also can be used to treat
hyperkalemia.
(McCance & Huether, 2014, p. 119)
Hypokalemia, hypernatremia, and
2. fluid volume excess.
Hyperaldosteron Hyperaldosteronism promotes (1)
ism causes which increased renal sodium and water
fluid and reabsorption with corresponding
electrolyte hypervolemia and hypertension and
imbalances? (2) renal excretion of potassium.
(McCance & Huether, 2014, p. 755)
, • Inadequate intake of free water
associated with total body sodium
depletion.
• Excessive losses of water from the
urinary tract that leads to a
combination of sodium and free
water losses.
• Water losses associated with
extreme sweating.
• Severe watery diarrhea
3. What
• Excessive excretion of water from
mechanisms
the kidneys or impaired
cause
responsiveness of the kidneys to
hypernatremia?
vasopressin.
1. Excessive hypertonic salt solutions
2. Intravenous hypertonic sodium
3. Saline - induced abortions
4. Selected infant formulas
5. Hyperaldosteronism
6. Cushing Syndrome
(McCance & Huether, 2014, Table 3-
7, p. 111)
PATHOPHYSIOLOGY EXAM 1/
ALREADY A+ GRADED WITH
EXPERT FEEDBACK |BRAND
NEW/NEWEST UPDATE
Save
Terms in this set (40)
, Insulin transports potassium from
the blood to the cell along with
glucose. Insulin contributes to the
regulation of plasma potassium
levels by stimulating the Na+, K+-
ATPase pump, thereby promoting
1. How is insulin the movement of potassium into
used to treat liver and muscle cells simultaneously
hyperkalemia? with glucose transport after eating.
The intracellular movement of
potassium prevents an acute
hyperkalemia related to food intake.
Insulin also can be used to treat
hyperkalemia.
(McCance & Huether, 2014, p. 119)
Hypokalemia, hypernatremia, and
2. fluid volume excess.
Hyperaldosteron Hyperaldosteronism promotes (1)
ism causes which increased renal sodium and water
fluid and reabsorption with corresponding
electrolyte hypervolemia and hypertension and
imbalances? (2) renal excretion of potassium.
(McCance & Huether, 2014, p. 755)
, • Inadequate intake of free water
associated with total body sodium
depletion.
• Excessive losses of water from the
urinary tract that leads to a
combination of sodium and free
water losses.
• Water losses associated with
extreme sweating.
• Severe watery diarrhea
3. What
• Excessive excretion of water from
mechanisms
the kidneys or impaired
cause
responsiveness of the kidneys to
hypernatremia?
vasopressin.
1. Excessive hypertonic salt solutions
2. Intravenous hypertonic sodium
3. Saline - induced abortions
4. Selected infant formulas
5. Hyperaldosteronism
6. Cushing Syndrome
(McCance & Huether, 2014, Table 3-
7, p. 111)
