Engineering Better Outcomes: Shockwave, PRP, and the New Regenerative Standard
Course Objectives (Clinical / Learning Outcomes)
Explain the clinical rationale for integrating Shockwave therapy and EMTT as complementary, evidence-based modalities within orthobiologics and regenerative care.
Identify appropriate patient indications in orthopedic and sports medicine settings where Shockwave, EMTT, and PRP may support improved outcomes.
Evaluate treatment pathways that align non-invasive technologies with biologic interventions to enhance tissue healing, function, and recovery.
Apply evidence-informed clinical decision-making to build regenerative care plans that support safe implementation and measurable patient outcomes.
Technique Objectives
Demonstrate proper Shockwave technique, including positioning, coupling, targeting, and parameter selection for common orthopedic and sports medicine indications.
Perform ultrasound-guided and/or palpation-guided treatment approaches to improve precision in targeting tissue structures commonly treated with Shockwave and biologics.
Apply injection-adjacent anatomical knowledge from cadaver-based training to improve accuracy and safety when integrating PRP protocols into treatment workflows.
Execute clinical sequencing strategies, selecting appropriate timing and technique when combining Shockwave/EMTT with PRP and other regenerative interventions.
Target Audiences:
Physicians and staff of appropriate disciplines, including Orthopedics, Pain Management, Sports
Medicine, and Physical Medicine and Rehabilitation.
Course Requirements:This Shockwave and PRP biologics medicine program is designed for clinicians and medical staff seeking to integrate Shockwave and EMTT into their biologics practice, as well as those aiming to advance their skills and deepen their knowledge in this field. PRP injection skills are required.























