The practical nurse (PN) is documenting the insertion of a urinary catheter for a female client with urinary retention. What information should the PN include during the electronic documentation of the procedure? Select all that apply.

A. Maintaining low intermittent suction requires assessing the appropriate suction settings and monitoring for complications, which are responsibilities beyond the UAP’s scope of practice. This task involves clinical judgment and knowledge of suction settings.
B. Securing the tube to the client’s nose is a task that UAPs can perform. It is a straightforward task that helps ensure the tube stays in place, which is a supportive care measure within the UAP's scope of practice.
C. Ensuring correct placement of the tube involves assessing for proper tube position through methods such as aspirating gastric contents or using imaging, which are tasks that require clinical judgment and are outside the UAP's scope of practice.
D. Replacing the canister when full involves handling medical equipment and requires understanding of suction mechanics and infection control practices, which are tasks that the PN or RN should perform.

A. Oxygen Concentration of the Ambient Air
The oxygen concentration of the ambient air affects how much oxygen the child could have been exposed to once retrieved from the pool. If the child was submerged in water, the ability to access oxygen from the environment was compromised, which contributes to the level of hypoxemia experienced. Ambient air oxygen concentration is a crucial factor in determining how long it might take for hypoxemia to develop or improve after submersion.
B. Temperature of Water
The temperature of the water affects the child’s physiology during submersion. Cold water can lead to a more rapid decrease in core body temperature and can influence the child’s respiratory and cardiovascular responses, potentially affecting the degree of hypoxemia.
C. The Weight of the Child
The weight of the child does not significantly impact the level of hypoxemia experienced during submersion. While it might influence the child’s ability to stay afloat or the rescue process, it does not directly affect hypoxemia levels.
D. The Amount of Time the Child Was Submerged
The duration of submersion is a critical factor in determining the level of hypoxemia. Longer submersion times result in more significant oxygen deprivation and a greater degree of hypoxemia, which can impact the severity of respiratory and cardiac complications.
E. Whether or Not Anyone Witnessed the Fall into the Pool
While witnessing the fall might be relevant for understanding the context of the incident, it does not directly affect the level of hypoxemia experienced during the submersion. The key factors are related to the conditions and duration of the submersion itself