A nurse is caring for a client who has esophageal varices and is hypotensive after vomiting 500 mL of blood. Which of the following actions is the nurse’s priority?
Elevate the client’s feet.
Administer a unit of packed RBCs.
Initiate a dopamine IV infusion for the client.
Increase the client’s IV fluid rate.
The Correct Answer is D
Choice a) is incorrect because elevating the client’s feet is not the priority action for a hypotensive client. Elevating the client’s feet may help increase the venous return to the heart, but it may also compromise the respiratory status of a client who has esophageal varices and is at risk of aspiration.
Choice b) is incorrect because administering a unit of packed RBCs is not the priority action for a hypotensive client. Administering a unit of packed RBCs may help increase the oxygen-carrying capacity of the blood, but it may also increase the blood viscosity and pressure, which can worsen the bleeding from the esophageal varices.
Choice c) is incorrect because initiating a dopamine IV infusion for the client is not the priority action for a hypotensive client. Initiating a dopamine IV infusion may help increase the blood pressure and cardiac output, but it may also cause vasoconstriction and tachycardia, which can increase the risk of hemorrhage and arrhythmias.
Choice d) is correct because increasing the client’s IV fluid rate is the priority action for a hypotensive client. Increasing the client’s IV fluid rate may help restore the intravascular volume and perfusion, which can prevent shock and organ damage. Increasing the client’s IV fluid rate may also dilute the blood and reduce its viscosity and pressure, which can decrease the bleeding from the esophageal varices.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A: Fatigue is a manifestation that the nurse should identify as indicating the client is hypokalemic. Hypokalemia is a condition in which the blood potassium level is lower than normal, usually due to excessive loss of potassium through urine, sweat, or vomiting. Potassium is an electrolyte that is essential for nerve and muscle function, especially for the heart. Hypokalemia can cause muscle weakness, cramps, and fatigue, as well as cardiac arrhythmias and dysrhythmias.
Choice B: Dyspnea is not a manifestation that the nurse should identify as indicating the client is hypokalemic. Dyspnea is a sensation of difficulty breathing or shortness of breath. Dyspnea can be caused by various conditions, such as asthma, chronic obstructive pulmonary disease (COPD), pneumonia, or pulmonary edema. Dyspnea is not directly related to hypokalemia, but it can be a sign of heart failure, which can cause fluid accumulation in the lungs and impair gas exchange.
Choice C: Oliguria is not a manifestation that the nurse should identify as indicating the client is hypokalemic. Oliguria is a reduced urine output, usually less than 400 mL per day or 30 mL per hour. Oliguria can be caused by various conditions, such as dehydration, kidney failure, urinary tract obstruction, or shock. Oliguria is not directly related to hypokalemia, but it can be a sign of kidney damage or impairment, which can affect electrolyte balance and fluid volume.
Choice D: Pitting edema is not a manifestation that the nurse should identify as indicating the client is hypokalemic. Pitting edema is a swelling of the tissues that leaves an indentation when pressed with a finger. Pitting edema can be caused by various conditions, such as venous insufficiency, lymphedema, liver cirrhosis, or malnutrition. Pitting edema is not directly related to hypokalemia, but it can be a sign of heart failure, which can cause fluid retention and overload in the body.
Correct Answer is C
Explanation
The correct answer is: C. Continue the rate at 125 mL/hr.
Choice A: Slow the rate to 50 mL/hr
Slowing the IV fluid rate to 50 mL/hr is not appropriate for a patient with a head injury. Adequate fluid management is crucial to maintain cerebral perfusion pressure and prevent secondary brain injury. Reducing the rate to 50 mL/hr could lead to hypovolemia, which might decrease cerebral perfusion and worsen the patient’s condition.
Choice B: Slow the rate to 20 mL/hr
Slowing the IV fluid rate to 20 mL/hr is even less appropriate. Such a low rate would likely result in significant hypovolemia, severely compromising cerebral perfusion pressure. This could exacerbate the patient’s head injury by reducing the blood flow to the brain, leading to further damage.
Choice C: Continue the rate at 125 mL/hr
Continuing the rate at 125 mL/hr is appropriate. This rate helps maintain euvolemia, which is essential for ensuring adequate cerebral perfusion pressure in patients with head injuries. Maintaining a stable fluid rate helps prevent both hypovolemia and hypervolemia, both of which can negatively impact intracranial pressure and cerebral perfusion.
Choice D: Increase the rate to 250 mL/hr
Increasing the IV fluid rate to 250 mL/hr is not recommended. Overhydration can lead to increased intracranial pressure, which can be detrimental to a patient with a head injury. Excessive fluid administration can cause cerebral edema, worsening the patient’s condition.
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