The nurse is conducting an assessment on a client who is 36 hours postoperative following an appendectomy. During the assessment, the nurse is unable to hear any bowel sounds. The client denies passing flatus (gas). Given this information, which action is most appropriate by the nurse?
Encouraging the client to increase intake of foods that contain high fat to increase GI motility.
Encouraging the client to increase solid food intake to promote peristalsis.
Encouraging the client to increase intake of foods that contain fiber.
Withholding food and oral fluids until intestinal mobility has returned.
The Correct Answer is D
Withholding food and oral fluids until intestinal mobility has returned. This is because the client may have postoperative ileus (POI), which is a reduction of gastrointestinal motility after abdominal surgery. POI is characterized by abdominal distension, lack of bowel sounds, accumulation of gas and fluids in the bowel, and delayed passage of flatus and stools.
Giving food and fluids to a client with POI may worsen the condition and cause complications.
Choice A is wrong because high fat foods may slow down GI motility and increase the risk of constipation.
Choice B is wrong because solid food intake may also aggravate POI and cause abdominal discomfort.
Choice C is wrong because fiber intake may increase gas production and distension in the bowel. The nurse should auscultate the abdomen for bowel sounds, and if they are present, or the client reports passing flatus, clear fluids can commence, and aperients can be administered. However, bowel sounds are not a reliable indicator of the end of POI, as they may not be associated with the time of first flatus.
Therefore, withholding food and oral fluids until intestinal mobility has returned is the most appropriate action by the nurse.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
This is because heat loss by conduction occurs when two objects with different temperatures come into direct contact with each other. The baby’s skin would lose heat to the cold scale by conduction if there was no warm blanket between them.
Choice A is wrong because closing doors and windows to prevent draft (current of air with motion) would prevent heat loss by convection, not conduction. Convection is the transfer of heat from a body to moving molecules such as air or liquid.
Choice B is wrong because keeping a hat on the baby’s head would prevent heat loss by radiation, not conduction. Radiation is the transfer of heat from a body to the surroundings by electromagnetic waves.
Choice C is wrong because thoroughly drying infant after a bath would prevent heat loss by evaporation, not conduction. Evaporation is the process of liquid changing into gas and carrying away heat from the body surface.
Correct Answer is D
Explanation
A client with chronic bronchitis is expected to have a cough that produces sputum for at least 3 months during two successive years. This is due to the hyperplasia of mucous glands and bronchial wall inflammation that occur in chronic bronchitis.
Choice A is wrong because SpO2 >92% is not a specific finding for chronic bronchitis.
SpO2 is a measure of oxygen saturation in the blood and can vary depending on many factors, such as altitude, smoking, and lung diseases. SpO2 may be lower than normal in COPD patients due to airflow obstruction and impaired gas exchange.
Choice B is wrong because underweight is not a typical finding for chronic bronchitis.
Underweight may be more associated with emphysema, which is another component of COPD that involves the destruction of alveolar walls and enlargement of air spaces. Emphysema can cause weight loss due to increased work of breathing and decreased appetite.
Choice C is wrong because bradypnea is not a common finding for chronic bronchitis.
Bradypnea is abnormally slow breathing rate and can be caused by various conditions, such as brain injury, drug overdose, or sleep apnea. Chronic bronchitis usually causes tachypnea, which is abnormally fast breathing rate, due to hypoxia and hypercapnia.
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