Expert Musculoskeletal In-Clinic Courses
Sports Medicine Physician | Regenerative Orthopedics Expert
Dr. Irizarry-Román earned his medical degree from the Universidad Central del Caribe, School of Medicine in Bayamón, Puerto Rico, and completed his internship at San Juan City Hospital followed by a residency at Hospital Universitario Dr. Ramón Ruiz Arnau before relocating to the United States. Driven by his passion for sports medicine, he pursued a rigorous Sports Medicine Fellowship at the University of Mississippi School of Medicine, where he refined his expertise in treating athletic injuries and optimizing performance.
With a career dedicated to advancing innovative sports medicine solutions, Dr. Irizarry-Román has served as the Head of Sports Medicine at Mercy Hospital in Miami and has become a trusted physician for athletes across all levels, from recreational competitors to professionals. He is also an active consultant for Univisión’s nightly news program and “Mira Quién Baila”. Affectionately known as “The BoxDoc” in the CrossFit® community, Dr. Irizarry-Román has provided medical coverage for major events such as the Summer Crush Games and Clash of the Fittest. His commitment to sports medicine extends to working as a team physician for the Mississippi Braves minor league baseball team, the Dixie Rodeo, and the Puerto Rico Islanders professional soccer team.
Precision Musculoskeletal Training: Upper Extremity Ultrasound & Biologics Mastery
Course Description:
This intensive 1–2 day hands-on training is designed for physicians, nurse practitioners, and physician assistants seeking to enhance their expertise in the diagnosis and treatment of upper extremity musculoskeletal disorders using cutting-edge ultrasound-guided techniques and regenerative biologic therapies. Through a blend of didactic lectures, live demonstrations, and practical lab sessions, participants will gain a deep understanding of diagnostic anatomy, pathophysiology, and advanced injection protocols for the shoulder, elbow, wrist, and hand.
The program explores the latest evidence-based applications of PRP, bone marrow concentrate (BMC), micro-fragmented adipose tissue (MFAT), and prolotherapy, while comparing landmark-guided versus ultrasound-guided approaches to optimize patient outcomes. Attendees will practice on live models under expert faculty supervision, mastering precise injection techniques for common and complex conditions such as rotator cuff tears, biceps tendinopathy, lateral epicondylitis, TFCC injuries, carpal tunnel syndrome, and trigger finger.
In addition, participants will engage in case-based learning to troubleshoot challenging scenarios and develop individualized treatment strategies, ensuring clinical proficiency and confidence in deploying regenerative biologics in practice.
By the end of this course, attendees will leave equipped with practical skills, advanced protocols, and patient-focused techniques to elevate their musculoskeletal treatment capabilities and deliver superior clinical outcomes.
Precision Musculoskeletal Training: Lower Extremity Ultrasound & Biologics Mastery
Course Description:
This 1–2 day intensive hands-on training is designed for physicians, nurse practitioners, and physician assistants seeking to advance their expertise in the diagnosis and treatment of lower extremity musculoskeletal disorders using state-of-the-art ultrasound-guided injection techniques and regenerative biologic therapies.
Through a comprehensive blend of didactic lectures, live model labs, and case-based learning, participants will gain a deep understanding of lower extremity anatomy, pathophysiology, and site-specific treatment strategies for conditions affecting the hip, knee, ankle, and foot. The course covers commonly encountered injuries and syndromes, including hip tendinopathies, peri-trochanteric bursitis, meniscal tears, patellar tendinopathy, plantar fasciitis, and Morton’s neuroma, with a focus on optimizing diagnostic precision and therapeutic outcomes.
Attendees will explore the clinical applications of PRP, bone marrow concentrate (BMC), and micro-fragmented adipose tissue (MFAT), comparing ultrasound-guided and landmark-guided techniques while understanding indications, contraindications, and patient positioning for lower extremity interventions. Under the guidance of expert faculty, participants will practice live model injections, mastering techniques for both intra-articular and peri-articular applications.
The program concludes with case-based training to enhance real-world decision-making, including post-procedure protocols, patient counseling, and troubleshooting challenging cases. By the end of the course, attendees will leave with the practical skills, clinical confidence, and advanced biologic strategies needed to deliver superior patient outcomes and elevate their practice.
Comprehensive Musculoskeletal Training: Mastery of Upper & Lower Extremity Ultrasound-Guided Biologic Injections
Course Description:
This 2–3 day advanced training program delivers an immersive, hands-on experience designed for physicians, nurse practitioners, and physician assistants seeking to elevate their expertise in ultrasound-guided musculoskeletal injections and regenerative biologic applications across both the upper and lower extremities.
The course integrates a condensed but comprehensive anatomy and pathophysiology review with practical instruction on injection safety, sterile technique, and procedural setup, ensuring clinicians build a solid foundation before progressing to advanced applications. Participants will learn to integrate PRP, bone marrow concentrate (BMC), and micro-fragmented adipose tissue (MFAT) protocols into precision-guided treatment strategies tailored for shoulder, elbow, wrist, hip, knee, ankle, and foot pathologies.
With two full days dedicated to live model labs, attendees will master targeted injection techniques for major joints, tendons, bursae, and soft tissue structures, guided by expert faculty specializing in cutting-edge regenerative medicine. Interactive case-based sessions are woven throughout the program, enabling participants to refine clinical decision-making, troubleshoot challenging scenarios, and translate new skills into immediate patient care improvements.
By the conclusion of this intensive training, attendees will leave with the practical skills, biologic protocols, and procedural confidence necessary to deliver state-of-the-art musculoskeletal care and achieve optimal outcomes for a diverse patient population.
PRP Mastery in Musculoskeletal Care: Science, Preparation & Precision-Guided Injection Techniques
Course Description:
This one-day intensive training program is designed for physicians, nurse practitioners, and physician assistants seeking to deepen their expertise in the clinical application of Platelet-Rich Plasma (PRP) therapy for musculoskeletal conditions. Through a blend of evidence-based education, hands-on training, and live demonstrations, participants will gain the knowledge and practical skills needed to select the right patients, prepare PRP effectively, and perform precision-guided injections for optimal clinical outcomes.
The course begins with a comprehensive review of PRP science, exploring platelet biology, growth factors, and the distinctions between leukocyte-rich and leukocyte-poor formulations. Attendees will learn best practices for blood collection, centrifugation, and product handling, along with critical insights into kit selection and regulatory compliance.
Faculty will guide participants through indication-specific protocols for PRP applications, including tendinopathy, osteoarthritis, and ligament injuries, with an emphasis on dosing strategies, injection frequency, and ultrasound-guided techniques. During the hands-on lab, attendees will practice PRP preparation and perform live injections, refining their skills under expert supervision.
The course concludes with practical instruction on post-injection care, including rehabilitation protocols, patient counseling, and strategies to avoid common pitfalls. By the end of this training, participants will have the clinical confidence, technical proficiency, and evidence-based protocols to integrate PRP into their musculoskeletal practice effectively.
Bone Marrow Concentrate Mastery: Advanced Techniques for Stem Cell Harvesting & Musculoskeletal Applications
Course Description:
This 1–2 day advanced training program is designed for physicians, nurse practitioners, and physician assistants seeking to master the science and practice of bone marrow concentrate (BMC) harvesting, preparation, and precision-guided injection techniques for musculoskeletal care. Through a combination of didactic instruction, live demonstrations, and hands-on cadaveric training, participants will gain the clinical expertise needed to confidently integrate BMC therapy into their practice.
The course begins with an in-depth review of bone marrow biology, exploring the roles of mesenchymal stem cells (MSCs), hematopoietic cells, and growth factors in tissue repair and regeneration. Attendees will examine the latest clinical evidence and indications for BMC use in treating joint, tendon, and soft tissue pathologies.
Participants will receive step-by-step instruction in safe and efficient bone marrow aspiration techniques, focusing on iliac crest anatomy, needle selection, aspiration strategies, and minimizing patient discomfort. Faculty will demonstrate best-in-class centrifugation and concentration protocols, including sterile processing, product optimization, and preparation for injection.
During the hands-on cadaveric lab, attendees will practice iliac crest bone marrow harvests and perform ultrasound-guided BMC injections into major joints, tendons, and soft tissues under expert supervision. The course also addresses post-harvest pain management, infection prevention, and complication troubleshooting, ensuring a safe and effective clinical application.
By the end of this intensive program, participants will leave with the knowledge, technical skills, and biologic protocols required to deliver cutting-edge regenerative treatments using bone marrow concentrate for superior musculoskeletal outcomes.
Adipose-Derived Stem Cell Mastery: Lipoaspiration & Regenerative Applications in Musculoskeletal Care
Course Description:
This 1–2 day comprehensive hands-on training is designed for physicians, nurse practitioners, and physician assistants seeking to master the techniques and clinical applications of adipose-derived biologics in musculoskeletal care. Participants will learn the science, safety, and precision techniques required to harvest, process, and inject microfragmented fat (MFAT), nano-fat, or stromal vascular fraction (SVF), where legally permitted, to support optimal patient outcomes.
The course begins with a detailed review of adipose tissue biology, focusing on the stromal vascular fraction, pericytes, mesenchymal stem cell content, and their mechanisms of action in musculoskeletal repair. Faculty will guide attendees through ideal harvest sites, including the abdomen, flanks, and thighs, with a focus on patient selection, safety, and procedural planning.
Participants will receive expert instruction on minimally invasive lipoaspiration techniques, including tumescent anesthesia protocols, cannula selection, and proper tissue handling to ensure high-quality biologic yield. The program covers processing methods, with a discussion on microfragmentation versus enzymatic digestion, along with regulatory considerations for compliance in various clinical settings.
The hands-on lab provides attendees the opportunity to perform live model lipoaspiration and practice precise injections of MFAT or nano-fat into joints, tendons, and soft tissue structures under ultrasound guidance. The course also covers post-procedure care, including compression protocols, wound management, and rehabilitation integration to enhance recovery and optimize outcomes.
By the conclusion of this training, participants will gain the technical proficiency, biologic insight, and procedural confidence needed to safely and effectively incorporate adipose-derived stem cell therapies into their musculoskeletal practice.