Beyond Biomechanics: Advancing Physical Therapy through Bioenergetic Integration in Clinical Practice.

Area of Science:

• Physiology
• Exercise Science
• Rehabilitation Medicine

Background:

• Physical therapists are movement experts but often lack training in bioenergetic principles for exercise prescription.
• Clinical practice guidelines frequently omit bioenergetic considerations, creating a gap in rehabilitation conceptualization.
• This exclusion hinders therapists' ability to fully address the metabolic underpinnings of movement and recovery.

Purpose of the Study:

• To highlight the critical role of bioenergetics in human movement and physical therapy interventions.
• To advocate for the integration of bioenergetic principles into the physical therapy scope of practice.
• To demonstrate how a bioenergetically informed approach can optimize rehabilitation outcomes.

Main Methods:

• This perspective outlines the importance of bioenergetics in physical therapy.
• It uses recovery as a model to illustrate the benefits of a bioenergetically informed approach.
• The paper emphasizes the need to consider both mechanical and metabolic systems in movement.

Main Results:

• Bioenergetic considerations are essential for prescribing effective aerobic and resistance training.
• Integrating bioenergetics empowers therapists to optimize interventions by addressing critical physiologic systems.
• An adequate bioenergetic capacity is fundamental for supporting therapeutic applications and achieving optimal outcomes.

Conclusions:

• Physical therapists must embrace bioenergetic principles to enhance their expertise beyond biomechanics.
• A comprehensive understanding of metabolic systems fueling movement is crucial for elevating clinical practice.
• Integrating bioenergetics represents a transformative opportunity for the physical therapy profession.