Nursing Elites

1. A patient's chart indicates a history of ketoacidosis. Which of the following would you not expect to see with this patient if this condition were acute?

• A. Vomiting
• B. Extreme Thirst
• C. Weight gain
• D. Acetone breath smell

Correct answer: C

Rationale: In acute ketoacidosis, a patient typically experiences rapid weight loss due to the body burning fat and muscle for energy in the absence of sufficient insulin. Therefore, weight gain would not be expected. Vomiting may occur due to the metabolic disturbances associated with ketoacidosis. Extreme thirst is a common symptom as the body tries to compensate for dehydration. Acetone breath smell is a classic sign of ketoacidosis as acetone is one of the ketones produced during this condition.

2. Rhogam is most often used to treat____ mothers that have a ____ infant.

• A. RH positive, RH positive
• B. RH positive, RH negative
• C. RH negative, RH positive
• D. RH negative, RH negative

Correct answer: C

Rationale: Rhogam is administered to RH-negative mothers who have an RH-positive infant to prevent the development of anti-RH antibodies in the mother's system. Choice A (RH positive, RH positive) is incorrect because Rhogam is not used when both mother and infant are RH positive. Choice B (RH positive, RH negative) is incorrect because Rhogam is used when the mother is RH negative, not RH positive. Choice D (RH negative, RH negative) is incorrect as Rhogam is not typically needed if both mother and infant are RH negative.

3. A diabetic patient's arterial blood gas (ABG) results are pH 7.28; PaCO2 34 mm Hg; PaO2 85 mm Hg; HCO3 18 mEq/L. The nurse would expect which finding?

• A. Intercostal retractions
• B. Kussmaul respirations
• C. Low oxygen saturation (SpO2)
• D. Decreased venous O2 pressure

Correct answer: B

Rationale: Kussmaul respirations (deep and rapid) are a compensatory mechanism for metabolic acidosis. The low pH and low bicarbonate levels indicate metabolic acidosis. Intercostal retractions, low oxygen saturation, and decreased venous O2 pressure are not associated with acidosis. Intercostal retractions typically occur in respiratory distress, while low oxygen saturation and decreased venous O2 pressure are more related to respiratory or circulatory issues, not metabolic acidosis.

4. What should the nurse in the emergency department do first for a new patient who is vomiting blood?

• A. Insert a large-gauge IV catheter.
• B. Draw blood for coagulation studies.
• C. Check blood pressure (BP), heart rate, and respirations.
• D. Place the patient in the supine position.

Correct answer: C

Rationale: The nurse's initial action should focus on assessing the patient's hemodynamic status by checking vital signs like blood pressure, heart rate, and respirations. This assessment will help determine the patient's immediate needs and guide further interventions. Drawing blood for coagulation studies and inserting an IV catheter are important steps, but they can follow the initial assessment of vital signs. Placing the patient in the supine position can be risky without first assessing the patient's vital signs, as aspiration is a concern. Therefore, assessing vital signs is the priority to ensure appropriate and timely care for the patient.

5. A client is brought into the emergency department after finishing a course of antibiotics for a urinary tract infection. The client is experiencing dyspnea, chest tightness, and agitation. Her blood pressure is 88/58, she has generalized hives over her body, and her lips and tongue are swollen. After the nurse calls for help, what is the next appropriate action?

• A. Start an IV and administer a 1-liter bolus of Lactated Ringer's solution
• B. Administer 0.3 mg of 1:1000 epinephrine IM
• C. Administer 15 mg diphenhydramine IM
• D. Monitor the client until help arrives

Correct answer: B

Rationale: A client experiencing an anaphylactic reaction will likely present with rash or hives, swelling of the lips, face, or tongue, hypotension, or dyspnea. In this scenario, the client is showing signs of anaphylaxis with dyspnea, chest tightness, hives, hypotension, and swelling of the lips and tongue. The next appropriate action would be to administer 0.3 mg of 1:1000 epinephrine intramuscularly. Epinephrine helps relax the muscles of the airway, improve breathing, and increase oxygenation, which is crucial in managing anaphylaxis. Starting an IV and administering fluids can be important but not the immediate priority. Diphenhydramine may be used as an adjunct therapy but should not delay the administration of epinephrine in the acute phase of anaphylaxis. Monitoring the client without providing immediate treatment can lead to a worsening of the anaphylactic reaction, potentially resulting in a life-threatening situation.

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