Question 16

Maintain a steady flow of oxygen during the transfer

It is essential to maintain a steady flow of oxygen during the transfer to ensure that the client continues to receive adequate oxygenation. Disruptions in oxygen delivery can lead to hypoxia, which can be detrimental to the client's health.

A) Decrease the oxygen flow rate during the transfer

Decreasing the oxygen flow rate during the transfer could lead to inadequate oxygen supply, putting the client at risk for hypoxia. This approach is not advisable, as steady oxygen levels are crucial for the client's well-being during any physical movement.

B) Increase the oxygen flow rate during the transfer

While ensuring adequate oxygenation is important, increasing the flow rate may not be necessary or appropriate in this context. It could potentially lead to complications such as oxygen toxicity or discomfort for the client, making this option incorrect.

C) Remove the nasal cannula during the transfer

Removing the nasal cannula during the transfer would interrupt the oxygen supply altogether, significantly increasing the risk of hypoxia. This option is clearly inappropriate and would jeopardize the client's respiratory status.

D) Maintain a steady flow of oxygen during the transfer

Maintaining a steady flow of oxygen during the transfer is the best approach as it ensures that the client continues to receive the required oxygen levels. This practice supports the client's health and stability throughout the movement.

Conclusion

Maintaining a steady flow of oxygen during the transfer is crucial for the client's safety and well-being, as it prevents hypoxia and supports continued adequate oxygenation. All other options either compromise oxygen delivery or introduce unnecessary risks, underscoring why option D is the correct choice.