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If a patient has become distressed while in the pool when performing a rehabilitation protocol, and the athletic trainer is also in the pool, which of the following techniques would be the most appropriate to perform?g a rehabilitation protocol, and the athletic trainer is present, what technique should be most appropriate to perform?

a) Administer cardiopulmonary resuscitation (CPR)
b) Apply resistance exercises to strengthen the patient
c) Encourage the patient to continue the exercise routine
d) Monitor the patient’s vital signs and provide verbal reassurance

1 Answer

1 vote

Final answer:

The most appropriate technique for an athletic trainer to perform if a patient becomes distressed in a pool during rehabilitation is to monitor the patient's vital signs and provide verbal reassurance. Ensuring the patient's safety and comfort is crucial before continuing with any rehabilitation activities. CPR should only be performed out of the water and by a properly trained individual.

Step-by-step explanation:

If a patient becomes distressed during a pool-based rehabilitation protocol, the most appropriate action for an athletic trainer also in the pool is to monitor the patient's vital signs and provide verbal reassurance. This approach aligns with the athletic trainer's role to recognize, evaluate, and provide immediate care. It is crucial to ensure the patient's safety and comfort, while also addressing their distress in a calm and reassuring manner before continuing with any exercises. Ensuring the individual is stable should always be the priority over actual rehabilitation exercises, especially if the person is showing signs of distress or potential drowning.

Administering CPR, especially in the water, should only be done if the individual is non-responsive and not breathing, and after they have been safely removed from the water. Moreover, CPR must be performed by someone who is properly trained, as inappropriate administration can lead to serious injuries like a broken rib or sternum, or even drive the xiphoid process into the liver.

Understanding the physiological effects of water-based exercises, such as the impact of water on heart rate and muscle resistance, can help athletic trainers manage distressed patients effectively. As the patient's condition can rapidly change due to factors such as hyperthermia or hypothermia, careful monitoring is essential. The application of resistance exercises or encouragement to continue the exercise routine should only be considered once the patient has been stabilized and is no longer distressed.

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