A client has an order for continuous bladder irrigation. What should the nurse do with the irrigation solution on the intake and output (I&O) sheet when calculating the fluid balance for this client?
Deduct it from the total urine output.
Subtract it from the intravenous flow sheet as output.
Document the intake hourly in the urine output column.
Add it to the oral intake column.
The Correct Answer is A
Choice A Reason:
When calculating the fluid balance for a client undergoing continuous bladder irrigation (CBI), the irrigation solution must be deducted from the total urine output. This is because the irrigation fluid is not part of the client’s actual urine production but is an additional fluid introduced into the bladder to prevent or remove blood clots and ensure catheter patency. By deducting the irrigation solution from the total urine output, the nurse can accurately determine the client’s true urine output and fluid balance.
Choice B Reason:
Subtracting the irrigation solution from the intravenous flow sheet as output is incorrect. The intravenous flow sheet is used to document fluids administered intravenously, not those introduced into the bladder. Therefore, this choice does not apply to the management of continuous bladder irrigation.
Choice C Reason:
Documenting the intake hourly in the urine output column is also incorrect. The urine output column should reflect the actual urine produced by the client, not the irrigation solution. Including the irrigation solution in this column would lead to an inaccurate representation of the client’s urine output and fluid balance.
Choice D Reason:
Adding the irrigation solution to the oral intake column is incorrect as well. The oral intake column is designated for fluids consumed orally by the client. The irrigation solution is introduced directly into the bladder and should not be recorded as oral intake.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Positioning the collection device below the level of the chest is crucial to ensure proper drainage of air or fluid from the pleural space. This positioning uses gravity to facilitate drainage and prevent backflow into the pleural cavity, which could lead to complications such as pneumothorax or pleural effusion. The collection device should always be kept below the chest level to maintain effective drainage.
Choice B reason: Clamping the chest tube is generally not recommended unless specifically ordered by a physician or during certain procedures. Clamping can lead to a buildup of air or fluid in the pleural space, increasing the risk of tension pneumothorax. It is essential to keep the chest tube unclamped to allow continuous drainage and prevent complications.
Choice C reason: Applying an occlusive dressing over the chest tube site is necessary to prevent air from entering the pleural space and to secure the tube. However, this is not the primary action related to the positioning of the collection device. The occlusive dressing helps maintain the integrity of the chest tube insertion site and prevents infection.
Choice D reason: Emptying the chest tube collection chamber every shift is not a standard practice. The collection chamber should be monitored and emptied as needed based on the volume of drainage and the specific protocols of the healthcare facility. Regular monitoring is essential, but unnecessary emptying can disrupt the closed system and increase the risk of infection.
Correct Answer is B
Explanation
Choice A reason: A history of hypothyroidism is not a contraindication for magnet therapy. Hypothyroidism is a condition where the thyroid gland does not produce enough thyroid hormone, but it does not interfere with the use of magnetic fields. Therefore, patients with hypothyroidism can safely use magnet therapy.
Choice B reason: Having a pacemaker is a significant contraindication for magnet therapy. Magnetic fields can interfere with the functioning of pacemakers, potentially leading to serious complications. Patients with pacemakers should avoid magnet therapy to prevent any risk of device malfunction.
Choice C reason: A history of narcolepsy is not a contraindication for magnet therapy. Narcolepsy is a neurological disorder that affects the control of sleep and wakefulness, but it does not interact with magnetic fields. Therefore, patients with narcolepsy can use magnet therapy without concern.
Choice D reason: An indwelling catheter is not a contraindication for magnet therapy. Indwelling catheters are used for urinary drainage and do not interact with magnetic fields4. Patients with indwelling catheters can safely undergo magnet therapy.
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