The nurse would check for leaks in the chest tube and water seal system when:
there is continuous bubbling in the water-seal chamber.
the water levels in the water-seal chamber and suction chambers are decreased.
fluid in the water-seal chamber fluctuates with the client's breathing.
there is constant bubbling in the suction-control chamber.
The Correct Answer is A
A. There is continuous bubbling in the water-seal chamber: Continuous bubbling in the water-seal chamber suggests a potential air leak in the system, which needs to be investigated. The water-seal chamber is designed to prevent backflow of air into the pleural space, and persistent bubbling typically indicates that air is escaping from the pleural cavity or there is a problem with the tubing or chest tube placement. This is the first sign that the system may not be sealed properly and should be checked for leaks.
B. The water levels in the water-seal chamber and suction chambers are decreased: Decreased water levels in both the water-seal and suction chambers may be indicative of fluid loss or evaporation, but it does not necessarily point to a leak. In the case of a chest tube, water levels may also drop due to suction pressure or gradual evaporation, which would need to be adjusted or monitored. While this should be addressed, it is not an immediate cause for suspicion of an air leak in the system.
C. Fluid in the water-seal chamber fluctuates with the client's breathing: The fluctuation (also known as "tidaling") in the water-seal chamber is a normal finding that occurs when the client breathes in and out. It reflects the pressure changes in the pleural cavity during respiration. The absence of tidaling might indicate that the lung has re-expanded or that there is a blockage in the tubing. While tidaling is a normal occurrence, the absence or abnormality of this fluctuation would require further assessment but not for an air leak.
D. There is constant bubbling in the suction-control chamber: Constant bubbling in the suction-control chamber generally indicates that suction is appropriately applied to the system. However, if there is continuous bubbling in this chamber, it is typically related to the level of suction being applied, not an air leak. This is a normal occurrence and does not require checking for leaks in the system unless suction pressure is too high or low for optimal functioning.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. "I will report any unusual movements or behaviors to my healthcare provider."
This statement is correct and indicates that the client understands the potential side effects of levodopa/carbidopa. The medication can cause dyskinesia (uncontrolled movements) and other behavioral changes, so the client should report these symptoms to their healthcare provider for possible adjustment of the treatment plan.
B. "I may experience nausea while taking this medication."
This is also correct. Nausea is a common side effect of levodopa/carbidopa, especially when starting the medication. Taking it with food may help reduce this side effect, but some clients may still experience nausea.
C. "I will take this medication with a high-protein meal."
This statement is incorrect. Levodopa is absorbed best on an empty stomach or with a low-protein meal. Protein can interfere with the absorption of levodopa because amino acids (found in proteins) compete with levodopa for absorption across the blood-brain barrier. Therefore, it's recommended that levodopa/carbidopa be taken either 30 minutes before or 1 hour after meals, especially those high in protein.
D. "I will avoid sudden changes in position to prevent dizziness or falls."
This statement is correct. Levodopa/carbidopa can cause orthostatic hypotension (a sudden drop in blood pressure when standing up), which increases the risk of dizziness and falls. The client should be advised to change positions slowly and use support when rising from a sitting or lying position to avoid injury.
Correct Answer is D
Explanation
A. In the prone position:
The prone position has been shown to be beneficial in certain respiratory conditions, particularly in acute respiratory distress syndrome (ARDS), where it can help improve oxygenation by redistributing blood flow in the lungs. However, prone positioning is typically not the first choice for pneumonia, especially when it is localized to specific lobes of the lung. It is more commonly used in cases of diffuse bilateral lung injury or severe hypoxemia. Therefore, while prone positioning can improve oxygenation in ARDS, it is not specifically targeted for secretion removal in localized pneumonia.
B. In high-Fowler's position:
The high-Fowler's position (sitting up at a 60-90 degree angle) can help with dyspnea and promote lung expansion in conditions like heart failure or dyspneic states. However, for pneumonia, it is not as effective as lateral positioning for facilitating secretion drainage from specific lung lobes. The high-Fowler's position may be useful for promoting overall comfort and reducing dyspnea, but it is not the best position for improving secretion removal from the right middle and lower lobes.
C. On the left side:
Positioning the patient on the left side is not ideal for right middle and lower lobe pneumonia, as it would not optimize drainage from the affected lobes. The right middle and lower lobes are better drained when the patient is positioned on the right side, as gravity can help move the secretions from the affected lobes toward the larger airways for easier clearance.
D. On the right side: In the case of right middle and lower lobe pneumonia, positioning the client on the right side can help optimize ventilation and promote better secretion removal from the affected areas of the lung. This position allows gravity to assist in draining secretions from the right middle and lower lobes toward the larger airways, where they can be more easily cleared by coughing or suctioning. This positioning can improve oxygenation and facilitate secretion management, which is crucial for improving respiratory function in pneumonia.
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