An unlicensed assistive personnel (UAP) reports that a client's right hand and fingers spasm when taking the blood pressure using the same arm.
After confirming the presence of the spasms, which action should the nurse take?
Review the client's serum calcium level.
Administer an as-needed (PRN) antianxiety medication.
Ask the UAP to take the blood pressure in the other arm.
Tell the UAP to use a different sphygmomanometer.
The Correct Answer is A
Choice A rationale:
Review the client's serum calcium level. Rationale: Checking the client's serum calcium level is not the most appropriate action in this situation. Hand and finger spasms during blood pressure measurement are more likely due to discomfort or muscle tension than a calcium deficiency. There is no immediate indication that the client's calcium level needs to be assessed urgently.
Choice B rationale:
Administer an as-needed (PRN) antianxiety medication. Rationale: Administering an antianxiety medication is not indicated in this situation. The client's symptoms of hand and finger spasms during blood pressure measurement are not likely related to anxiety. It is essential to address the immediate issue of obtaining an accurate blood pressure reading.
Choice C rationale:
Ask the UAP to take the blood pressure in the other arm. Rationale: This is the correct answer. When the UAP reports spasms in the client's right hand and fingers while taking blood pressure using the same arm, the nurse should prioritize obtaining an accurate blood pressure measurement. Asking the UAP to use the other arm can help ensure a more reliable reading. Muscle spasms in the arm being used for blood pressure measurement can lead to inaccurate results.
Choice D rationale:
Tell the UAP to use a different sphygmomanometer. Rationale: In this scenario, the issue appears to be related to muscle spasms in the client's hand and fingers rather than the sphygmomanometer itself. Changing the sphygmomanometer is unlikely to resolve the problem. The priority is to obtain an accurate blood pressure reading by addressing the spasms in the arm being used.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","B","C","E"]
Explanation
Choice A rationale:
Taking out dentures and placing them in a labeled cup (Choice A) is a necessary step to ensure the comfort and dignity of the deceased. It helps maintain the appearance and respect for the deceased person.
Choice B rationale:
Gently closing the eyes (Choice B) is a common practice to provide a more peaceful and natural appearance to the deceased. It also prevents the eyes from remaining partially open, which can be distressing for family members.
Choice C rationale:
Placing a small pillow under the head (Choice C) is done to maintain the natural alignment of the head and neck. This helps create a more lifelike appearance and enhances the comfort of the deceased.
Choice E rationale:
Removing resuscitation equipment from the room (Choice E) is essential for maintaining the dignity of the deceased and creating a more peaceful environment for the family. It also helps prevent any distressing reminders of the resuscitation attempt.
Choice D rationale:
Apply a body shroud (Choice D) is not a common practice in preparing the body for viewing by the family. The use of a body shroud may vary based on cultural or religious preferences, but it is not a standard procedure in many healthcare settings.
Correct Answer is ["A","E"]
Explanation
The level of hypoxemia that the child may have experienced during the submersion depends on several factors, but the most important ones are:
- The **temperature of water**: Cold water can induce a diving reflex, which lowers the heart rate and oxygen consumption, and may protect the brain from hypoxic injury. Cold water can also cause laryngospasm, which prevents water aspiration but also impairs gas exchange.
- The **amount of time the child was submerged**: The longer the submersion, the more severe the hypoxemia and the higher the risk of brain damage and death. The survival rate decreases significantly after 5 minutes of submersion.
The other factors are less relevant or not directly related to the level of hypoxemia:
- The **weight of the child**: This may affect the buoyancy and the ability to float or swim, but not the oxygen consumption or gas exchange during submersion.
- The **oxygen concentration of the ambient air**: This may affect the pre-submersion oxygen saturation, but not the rate of oxygen depletion or gas exchange during submersion.
- The **witnessing of the fall into the pool**: This may affect the time to rescue and resuscitation, but not the level of hypoxemia during submersion.
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