Applied Evidence

Write an exercise Rx to improve patients' cardiorespiratory fitness

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References

Physicians and physical therapists can use the therapeutic exercise code (Current Procedural Terminology code 97110) when teaching patients exercises to develop muscle strength and endurance, joint range of motion, and flexibility26 (TABLE 426).

Table of coding and billing pointers

Table 4: Coding and billing pointers

Conclusion

Physical activity and CRF are strong predictors of premature mortality, even compared to other risk factors, such as cigarette smoking, hypertension, hypercholesterolemia, and type 2 diabetes.27 Brief physical activity assessment and counseling is an efficient, effective, and cost-effective means to increase physical activity, and presents a unique opportunity for you to encourage lifestyle-based strategies for reducing cardiovascular risk.28

The AHA has asserted the importance of assessing cardiorespiratory fitness as a “vital sign.”

However, it is essential to meet patients where they are before trying to have them progress; it is therefore imperative to assess the individual patient’s level of activity using PAVS. With that information in hand, you can personalize physical activity advice; determine readiness for change and potential barriers for change; assist the patient in setting SMART goals; and arrange follow-up to assess adherence to the exercise prescription. Encourage the patient to call their health insurance plan to determine whether a gym membership or fitness program is covered.

Research is needed to evaluate the value of using digital apps, in light of their cost, to increase physical activity and improve CRF in a clinical setting. Prospective trials should be initiated to determine how routine implementation of CRF assessment in primary care alters the trajectory of clinical care. It is hoped that future research will answer the question: Would such an approach improve clinical outcomes and reduce health care expenditures?12

a Defined as O2 consumed while sitting at rest; equivalent to 3.5 mL of O2 × kg of body weight × min.

CORRESPONDENCE
Matthew Kampert, DO, MS, Sports Medicine, 5555 Transportation Boulevard, Cleveland, OH 44125; kamperm@ccf.org

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