Nursing Elites

1. A client is scheduled for a lumbar puncture. The nurse should assist the client into which of the following positions?

• A. Supine with head elevated
• B. Lateral recumbent
• C. Prone with arms at sides
• D. Sitting with back rounded

Correct answer: B

Rationale: The correct position for a lumbar puncture is the lateral recumbent position. This position allows the spine to curve naturally, widening the spaces between the vertebrae, making it easier and safer to perform the procedure. Supine with head elevated (Choice A) would not provide the proper positioning for a lumbar puncture as it does not allow for proper access to the lumbar area. Prone with arms at sides (Choice C) would not be suitable as it would not facilitate the procedure. Sitting with back rounded (Choice D) is also incorrect as it does not allow for the proper alignment of the spine needed for a lumbar puncture.

2. During the admission of a client with a latex allergy, which of the following supplies has the potential to contain latex?

• A. Urinary catheters
• B. Indwelling catheters
• C. Sterile gloves
• D. Sterile gowns

Correct answer: A

Rationale: The correct answer is A: Urinary catheters. Urinary catheters often contain latex, which can trigger an allergic reaction in clients with latex allergy. Indwelling catheters (choice B), sterile gloves (choice C), and sterile gowns (choice D) can be latex-free alternatives. However, urinary catheters are more commonly made with latex, making them a higher risk for clients with latex allergies.

3. A nurse is providing dietary teaching for a client with chronic kidney disease. What should be emphasized?

• A. Increase protein intake to promote healing
• B. Limit intake of potassium and phosphorus
• C. Increase fluid intake to prevent dehydration
• D. Encourage the intake of high-sodium foods

Correct answer: B

Rationale: The correct answer is to emphasize limiting the intake of potassium and phosphorus for a client with chronic kidney disease. Excessive intake of potassium and phosphorus can lead to complications in kidney disease patients. Choice A is incorrect because increasing protein intake can put additional stress on the kidneys. Choice C is incorrect as excessive fluid intake can worsen kidney function in such clients. Choice D is incorrect as encouraging high-sodium foods can lead to fluid retention and hypertension, which are not beneficial for individuals with chronic kidney disease.

4. A nurse is collecting data from a client who has myasthenia gravis (MG). Which of the following images should the nurse identify as an indication that the client is experiencing ptosis?

• A. Drooping eyelids
• B. Unequal pupils
• C. Facial twitching
• D. Facial droop

Correct answer: A

Rationale: The correct answer is A: 'Drooping eyelids.' Ptosis, characterized by drooping of the eyelid, is a classic symptom seen in myasthenia gravis. This occurs due to muscle weakness, particularly in the muscles that control eyelid movement. Choice B, 'Unequal pupils,' is not associated with ptosis and may indicate other neurological issues. Choice C, 'Facial twitching,' is not a typical sign of ptosis but could be related to other conditions like nerve irritation. Choice D, 'Facial droop,' is more commonly seen in conditions affecting the facial nerve, like Bell's palsy, and is not a characteristic feature of myasthenia gravis.

5. How should a healthcare professional assess a patient with hyperkalemia?

• A. Monitor ECG and administer insulin
• B. Monitor blood glucose levels and provide fluids
• C. Monitor for muscle weakness and administer calcium gluconate
• D. Monitor electrolyte levels and provide potassium supplements

Correct answer: A

Rationale: Corrected Question: When assessing a patient with hyperkalemia, monitoring the ECG and administering insulin are crucial steps. Hyperkalemia can affect the heart's function, leading to life-threatening arrhythmias. Monitoring the ECG helps in identifying any cardiac abnormalities associated with high potassium levels. Administering insulin, along with glucose, helps shift potassium from the bloodstream into the cells, temporarily lowering the potassium levels. Choice B is incorrect because monitoring blood glucose levels and providing fluids are not the primary interventions for hyperkalemia. Choice C is incorrect as monitoring for muscle weakness and administering calcium gluconate are not the first-line treatments for hyperkalemia. Calcium gluconate may be used in specific situations to stabilize cardiac cell membranes in severe cases of hyperkalemia. Choice D is incorrect because monitoring electrolyte levels and providing potassium supplements would worsen hyperkalemia, as the patient already has elevated potassium levels and does not require additional potassium supplementation.

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