Exhibits

You retrieved regular insulin 100 units in 1 ml. How many ml should you administer?

Note

• Enter ONLY the number
• DO NOT enter the unit(s) of measurement

Choice A Reason:

Suction equipment at the bedside.

Having suction equipment at the bedside is crucial for a client with status epilepticus. During a seizure, there is a risk of aspiration due to excessive salivation or vomiting. Suction equipment allows the nurse to quickly clear the airway, preventing aspiration and ensuring the client can breathe properly. This precaution is essential to maintain the client’s airway and prevent complications such as aspiration pneumonia.

Choice B Reason:

Continuous sedation.

Continuous sedation is not typically a standard precaution for all clients with status epilepticus. While sedation may be necessary in some cases to control seizures, it is not a universal precaution. The primary goal is to stop the seizure activity and stabilize the client. Continuous sedation may be used in specific situations under close medical supervision, but it is not a general precaution that nurses implement for all clients with status epilepticus.

Choice C Reason:

Side rails padded.

Padding the side rails of the bed is an important precaution to prevent injury during a seizure. Clients experiencing seizures may have uncontrolled movements, which can lead to injury if they hit the hard surfaces of the bed. Padded side rails help to cushion these impacts, reducing the risk of bruises, cuts, or fractures. This precaution is essential for ensuring the client’s safety during seizure activity.

Choice D Reason:

Bed in low position.

Keeping the bed in a low position is another important safety measure. If a client with status epilepticus were to fall out of bed during a seizure, the lower height reduces the risk of serious injury. This precaution helps to minimize the impact of any potential falls, ensuring the client’s safety. It is a simple yet effective measure to prevent harm during seizure episodes.

Choice E Reason:

Intravenous (IV) access.

Establishing intravenous (IV) access is critical for a client with status epilepticus. IV access allows for the rapid administration of medications needed to control seizures and manage the client’s condition. In an emergency, quick access to the bloodstream is essential for delivering life-saving treatments. This precaution ensures that the medical team can promptly and effectively intervene to stop the seizure activity.

Choice A Reason:

Constant bubbling in the water seal chamber of a chest drainage system typically indicates an air leak. This can occur if there is a break in the system, allowing air to enter. The air leak could be from the chest tube insertion site, the tubing, or the drainage system itself. Identifying and correcting the source of the air leak is crucial to ensure the system functions properly and the patient’s condition does not worsen.

Choice B Reason:

A tension pneumothorax is a life-threatening condition where air accumulates in the pleural space and cannot escape, leading to increased pressure on the lungs and other thoracic structures. While a tension pneumothorax can cause significant respiratory distress, it is not typically indicated by constant bubbling in the water seal chamber. Instead, signs of tension pneumothorax include tracheal deviation, hypotension, and severe respiratory distress.

Choice C Reason:

A kink in the tubing of a chest drainage system can obstruct the flow of air and fluid, but it does not cause constant bubbling in the water seal chamber. Instead, a kink would likely result in a lack of drainage or intermittent bubbling as the obstruction temporarily blocks and then allows passage of air or fluid.

Choice D Reason:

Increased drainage in a chest tube system indicates that more fluid or air is being removed from the pleural space, but it does not cause constant bubbling in the water seal chamber. Increased drainage might be seen in cases of hemothorax or pleural effusion, where large amounts of fluid are present.

Choice E Reason:

Tidaling refers to the normal rise and fall of water in the water seal chamber with the patient’s respiratory cycle. It indicates that the chest tube is patent and functioning correctly. Absence of tidaling could suggest that the lung has fully re-expanded or that there is an obstruction in the system. However, tidaling itself does not cause constant bubbling.