Which client response best supports the decision to discharge the client from the Post-Anesthesia Care Unit?
Poorly controlled pain, moves all extremities, reports continued nausea
2-hour total urinary output of 30 mL, pulse oximetry 94% on 3L oxygen, turning from side to side
Afebrile, adventitious breath sounds, responds to painful stimuli
SaO2 of 95%, vital signs stable for last 30 minutes, active gag reflex
The Correct Answer is D
A. Poorly controlled pain, moves all extremities, reports continued nausea: Poorly controlled pain and nausea are not ideal for discharge, as they indicate the patient might need further monitoring and management.
B. 2-hour total urinary output of 30 mL, pulse oximetry 94% on 3L oxygen, turning from side to side: Low urinary output and low oxygen saturation indicate potential complications that require further assessment and treatment.
C. Afebrile, adventitious breath sounds, responds to painful stimuli: Responding to painful stimuli and adventitious breath sounds suggest the patient may still be experiencing complications and is not ready for discharge.
D. SaO2 of 95%, vital signs stable for last 30 minutes, active gag reflex: This response indicates stable oxygen saturation, stable vital signs, and an active gag reflex, suggesting the patient is ready for discharge from the PACU.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. Hypernatremia: This condition involves elevated sodium levels, which is not directly addressed by the insulin and dextrose order.
B. Hyperglycemia: While dextrose can exacerbate hyperglycemia, the order of insulin and dextrose is not for managing hyperglycemia but for another purpose.
C. Hypercalcemia: This condition involves elevated calcium levels and is not related to the use of insulin and dextrose.
D. Hyperkalemia: The administration of regular insulin with dextrose is often used to manage hyperkalemia. Insulin helps shift potassium into cells, while dextrose prevents hypoglycemia resulting from the insulin.
Correct Answer is D
Explanation
A. 0.45% Sodium Chloride: This is a hypotonic solution, which is not appropriate for a client with normal serum osmolality (290 mOsm/kg). It may cause fluid shifts that are not desirable in this context.
B. 10% dextrose in water: This hypertonic solution is generally used for providing calories rather than correcting fluid imbalance and is not suitable for initial rehydration in this scenario.
C. 5% dextrose in water: This solution is isotonic in the bag but becomes hypotonic in the body. It is not the best choice for rehydrating a client with normal serum osmolality and significant fluid loss.
D. 0.9% Sodium Chloride: This isotonic solution is appropriate for rehydration in a client with normal serum osmolality. It helps restore extracellular fluid volume without causing fluid shifts, making it ideal for this situation.
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