A nurse is checking the suction control chamber of a client's chest tube and notes that there is no bubbling in the suction control chamber. Which of the following actions should the nurse take?

A. Start slowly and increase volume over several sessions.

This is the correct choice. For clients having difficulty using an incentive spirometer, starting slowly and gradually increasing the volume over several sessions is an appropriate approach. It allows the client to become familiar with the device and the technique required for effective use. Starting slowly also reduces the risk of discomfort or respiratory distress, allowing the client to build up their lung capacity gradually and achieve optimal results over time.

B. Do regular deep-breathing exercises instead.

Regular deep-breathing exercises are beneficial for improving lung function and respiratory strength. However, using an incentive spirometer serves a specific purpose in promoting deep breathing and lung expansion to prevent atelectasis (lung collapse) and improve respiratory function. While deep-breathing exercises are helpful, they may not provide the same targeted benefits as using an incentive spirometer, especially for clients who are experiencing difficulty with deep breathing or lung expansion.

C. Use another device because this one might be faulty.

This option assumes that the difficulty with the incentive spirometer is due to a fault in the device itself, which may not necessarily be the case. Before considering another device, it's important to ensure that the client is using the current device correctly and receiving proper instruction. If the client continues to have difficulty despite proper technique and instruction, then further assessment of the device may be warranted.

D. Be much more vigorous in increasing increments.

Being much more vigorous in increasing increments is not recommended, as it could lead to discomfort, respiratory distress, or hyperventilation for the client. Increasing the volume too quickly may overwhelm the client and make it more difficult for them to use the incentive spirometer effectively. Gradual progression allows the client to adjust to the device and build up their lung capacity safely and effectively over time.

A. Expiratory wheeze

Expiratory wheeze is a high-pitched, musical sound heard primarily during expiration. It occurs when air passes through narrowed airways due to bronchoconstriction, inflammation, and increased mucus production, which are characteristic features of an acute asthma exacerbation. Expiratory wheezes are commonly heard upon auscultation of the chest in individuals experiencing asthma exacerbations.

B. Pleural friction rub

Pleural friction rub is a dry, crackling or grating sound heard during both inspiration and expiration. It typically occurs when the inflamed pleural surfaces rub against each other during breathing. Pleural friction rub is associated with conditions such as pleurisy (inflammation of the pleura) or pleural effusion (accumulation of fluid in the pleural space), rather than asthma exacerbations.

C. Fine rales

Fine rales, also known as fine crackles, are brief, high-pitched, discontinuous sounds heard primarily during inspiration. They are typically associated with conditions involving the small airways and alveoli, such as pulmonary fibrosis or congestive heart failure. Fine rales are not commonly heard in asthma exacerbations.

D. Rhonchi

Rhonchi are low-pitched, snoring or rattling sounds heard primarily during expiration. They result from the passage of air through airways obstructed by thick mucus or secretions. While rhonchi may be heard in individuals experiencing asthma exacerbations, they are less characteristic than expiratory wheezes, which are more commonly associated with asthma exacerbations. Rhonchi are often associated with conditions such as chronic bronchitis or pneumonia.