A nurse is caring for a patient who has a closed-head injury with ICP readings ranging from 16-22 mm Hg. What actions should the nurse take to decrease the potential for raising the client's ICP? Select all that apply.
Elevate the client's head on two pillows
Decrease the noise level in the client's room
Suction the endotracheal tube frequently
Administer a stool softener
Give a 500cc NS fluid bolus
Correct Answer : B,D,E
Choice A reason:
Elevating the client's head on two pillows is not a standardized method for managing intracranial pressure. Instead, elevating the head of the bed to 30 degrees is a more effective strategy to promote venous drainage and reduce ICP.
Choice B reason:
Decreasing the noise level in the client's room helps create a calm environment, which can reduce stress and prevent increases in ICP. Excessive noise and stimulation can elevate intracranial pressure.
Choice C reason:
Frequent suctioning of the endotracheal tube can actually increase ICP due to the stimulation and potential for causing a cough reflex. Suctioning should be performed only as necessary and with care.
Choice D reason:
Administering a stool softener helps prevent straining during bowel movements, which can increase ICP. Ensuring regular and comfortable bowel movements is crucial in managing intracranial pressure.
Choice E reason:
Giving a 500cc NS fluid bolus can be appropriate in some clinical scenarios to maintain adequate blood pressure and perfusion. However, fluid management must be carefully balanced to avoid fluid overload, which could increase ICP. Generally, fluid boluses are not the primary method for managing ICP.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason:
A serum blood glucose level of 128 mg/dL is slightly elevated but not immediately concerning in the context of organ donation. Blood glucose levels can be managed with insulin if necessary, and this value does not indicate an acute issue requiring immediate intervention.
Choice B reason:
A blood pressure of 83/51 mmHg is critically low and requires immediate action. Low blood pressure can compromise organ perfusion and oxygen delivery, potentially leading to organ damage. In the context of organ donation, maintaining adequate perfusion pressure is essential to ensure the viability of the organs for transplantation.
Choice C reason:
A hemoglobin level of 13 g/dL is within the normal range and does not require immediate intervention. Hemoglobin levels are important for oxygen-carrying capacity but are not the priority concern six hours before organ harvesting if the value is within normal limits.
Choice D reason:
A core body temperature of 97.8 degrees F is slightly below normal but not immediately alarming. Mild hypothermia can be addressed with warming measures, and this temperature does not indicate a critical issue that requires urgent action.
Correct Answer is A
Explanation
Choice A reason:
Flaccid paralysis and lack of sensation below the level of the injury are classic signs of spinal shock. Spinal shock is characterized by a temporary loss of all reflexes, motor, and sensory activity below the level of injury, which typically occurs immediately following the injury. Recognizing these signs is crucial for the timely management of the condition.
Choice B reason:
Hypotension, bradycardia, and warm extremities are more indicative of neurogenic shock rather than spinal shock. Neurogenic shock results from the loss of sympathetic tone following a spinal cord injury, leading to cardiovascular changes. These signs do not specifically indicate spinal shock.
Choice C reason:
The presence of hyperactive reflex activity below the level of the injury is not associated with spinal shock. Spinal shock involves the loss of reflex activity rather than hyperactivity. Hyperactive reflexes might develop later as the spinal cord recovers from the initial shock phase.
Choice D reason:
Severe headache, hypertension, and flushed face are symptoms more commonly associated with autonomic dysreflexia, not spinal shock. Autonomic dysreflexia occurs in patients with spinal cord injuries at or above the T6 level and is a response to a noxious stimulus below the level of injury. These symptoms are not indicative of spinal shock.
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