IPE 2022 | Molecular Bases of Exercise Adaptations
IPE 2022 | Molecular Bases of Exercise Adaptations


Ben Parker; Simon Schenk; David Hood

Learn how signal transduction pathways activated with exercise shape molecular, cellular and/or physiological adaptations, particularly the signaling pathways activated by protein post-translational modifications, which allow rapid sensing of stimuli to subsequently drive gene transcriptional networks.

Learning Objectives:

  1. Understand the types of signaling pathways activated by exercise;
  2. Study key enzymes regulating these signaling pathways; and
  3. Understand the molecular, cellular and/or physiological adaptations to exercise.

This course includes an online video from ACSM’s Integrative Physiology of Exercise Conference and corresponding online evaluations. All course content will be presented to you electronically after your purchase. To earn your CECs, you must view the course content and complete the evaluation.

Learners must complete this course bundle within 365 days of the date of purchase. ACSM will not offer refunds, transfers or course credits for uncompleted courses prior to their expiration date.

ACSM does not allow substitutions, refunds or credits for this course.

For questions related to your online CEC courses or purchases, email onlinelearning@acsm.org.

Membership Discount

Join ACSM and save 50% on CEC courses by contacting our membership department at membership@acsm.org. Membership dues and status updates may take a minimum of 24 hrs. to be reflected in your account.


Discounted member price: 15.00
You could save 50.0%

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