StatPearls, LLC

  • Cardiac Output
  • Obesity
  • Respiratory Rate

Exercise Physiology

Compared to our resting state, exercise poses a substantial increase in demand to the body. At rest, our nervous system maintains a parasympathetic tone that affects respiratory rate, cardiac output, and various metabolic processes. Exercise stimulates the sympathetic nervous system and induces an integrated response from the body. This response works to maintain an appropriate level of homeostasis for the increased demand in physical, metabolic, respiratory, and cardiovascular efforts. Understanding the body’s responses to physical activity is crucial in clinical practice, as it informs the development of tailored exercise programs that can enhance recovery, improve health outcomes, and prevent chronic diseases. By integrating exercise physiology into patient care, healthcare professionals can promote functional independence, improve quality of life, and manage conditions such as obesity, cardiovascular disease, and diabetes more effectively.

Credit & MOC Details

Credit information is provided by the course provider. We recommend confirming credit eligibility with the provider or your licensing board before starting the activity.

Credit types

AAPA Category 1 Credit™Up to 1.5 creditsAMA PRA Category 1 Credit™Up to 1.5 creditsNursingUp to 1.5 creditsPharmacyUp to 1.5 creditsSocial WorkUp to 1.5 credits

MOC types

ABS — Accredited CMEUp to 1.5 pointsABTS — Accredited CMEUp to 1.5 pointsABIM — Medical KnowledgeUp to 1.5 pointsABS — Self-AssessmentUp to 1.5 pointsABTS — Self-AssessmentUp to 1.5 points

FDA REMS

No

Qualifies for MIPS

No

Pricing

Fee varies

This provider typically $49–98

See fees on statpearls.com

Listed by the provider

  • Article / monograph / reference
  • Credit · Up to 1.5 credits
  • MOC · Up to 1.5 points
  • Fee varies · this provider typically $49–98
  • Released
    Sep 1, 2026
  • Last day to claim credit
    Sep 1, 2029 3 years left