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Orthopedics Congress 2026
About Us
The 9th World Congress on Orthopedics, Sports Medicine, and Physiotherapy will take place on March 23–24, 2026, in the historic city of Rome, Italy, under the insightful theme: “Exploring Future Directions in Ortho Healing, Sports Health, and Movement Therapy.” This global summit brings together orthopedic surgeons, sports medicine specialists, physiotherapists, rehabilitation experts, researchers, academicians, and healthcare professionals from around the world to share cutting-edge research, innovative technologies, and clinical advancements in musculoskeletal health. The conference provides an ideal platform for discussing topics such as orthopedic surgery innovations, sports injury rehabilitation, movement science, biomechanics, post-surgical care, and patient-centered physiotherapy. Attendees can engage in keynote lectures, interactive panel discussions, hands-on workshops, and global networking sessions.
Abstract Submission Deadlines:
First Round: December 30, 2025
Second Round: January 25, 2026
Final Round: March 3, 2026
This congress is a must-attend event for orthopedic professionals, clinical researchers, physical therapists, sports trainers, students, device manufacturers, and policy-makers committed to advancing orthopedic and rehabilitation care. Join us in Rome to connect, collaborate, and contribute to the future of orthopedic and sports medicine innovation.
CPD/CME/CEU points
All registered participants of the 9th World Congress on Orthopedics, Sports Medicine, and Physiotherapy, scheduled for March 23–24, 2026, in Rome, Italy, will be eligible to receive 15–20 Continuing Education Credits (CME/CEU/CPD) for their full participation during the two-day conference.
These credits serve as formal recognition of professional development and educational advancement, granted in accordance with international standards in medical and clinical education.
CME (Continuing Medical Education) credits apply to orthopedic surgeons, sports medicine physicians, physical therapists, and other licensed healthcare professionals aiming to maintain their board certification and licensure.
CEU (Continuing Education Unit) credits benefit physiotherapists, rehabilitation nurses, athletic trainers, and allied health professionals seeking to meet their ongoing clinical learning requirements.
CPD (Continuing Professional Development) credits are widely recognized across global healthcare and research sectors as valid evidence of continuous skill enhancement and knowledge upgrading.
Each attendee will receive an official certificate indicating the number of credits earned, which may be submitted to relevant accrediting institutions for professional validation.
By joining this international congress, you not only engage with breakthrough insights in orthopedic science, sports injury management, and physiotherapy you also demonstrate your commitment to lifelong learning and clinical excellence.
Connect, collaborate, and innovate with global experts in orthopedics and sports health only in Rome!
Sessions
Orthopedic Surgery Innovations
Orthopedic surgery has undergone transformative change through advanced techniques and the integration of precision-based technologies. This session highlights the latest innovations, including robotic-assisted surgery, minimally invasive procedures, and computer-navigated interventions. Enhanced surgical planning through 3D modeling and real-time intraoperative imaging allows for improved accuracy, reduced patient recovery time, and superior long-term outcomes. The session will explore how AI, machine learning, and personalized implants are redefining procedural strategies. A spotlight will also be given to regenerative surgery approaches, such as biologics and autologous tissue engineering, contributing to improved cartilage and bone repair. With a focus on evidence-based outcomes and clinical case studies, attendees will gain comprehensive insights into optimizing patient-specific surgical pathways. Discussions will also address cost-effectiveness, training requirements, and the integration of new technologies into existing clinical workflows. As healthcare systems emphasize efficiency and precision, this topic is pivotal for orthopedic professionals seeking to stay at the forefront of surgical innovation while ensuring quality patient care and long-term functional success.
Managing sports-related injuries requires a multidisciplinary approach that integrates rapid diagnosis, targeted treatment, and preventative strategies. This session delves into comprehensive injury management across professional and recreational athletes, focusing on acute trauma, overuse injuries, and chronic conditions such as tendinopathy. Advancements in diagnostic imaging, tissue regeneration techniques, and early rehabilitation protocols have significantly improved recovery timelines and return-to-play decisions. The session also explores individualized treatment planning, incorporating biomechanical assessments, wearable technology for real-time performance monitoring, and evidence-based rehabilitation frameworks. Attention will be given to concussion protocols, musculoskeletal trauma, and injury recurrence prevention strategies. Interdisciplinary collaboration between orthopedic surgeons, physiotherapists, and sports medicine physicians is emphasized to optimize athlete outcomes. Real-world clinical scenarios, sports-specific injury trends, and innovations in protective equipment and recovery modalities will be discussed. This content is particularly valuable for clinicians, athletic trainers, and therapists aiming to enhance care delivery, minimize downtime, and ensure the long-term musculoskeletal health of active individuals.
Technological innovation has revolutionized the field of rehabilitation, offering more personalized, data-driven, and effective therapeutic solutions for patients recovering from orthopedic and sports-related injuries. This session explores the latest advancements in rehabilitation technologies, including robotic-assisted therapy, virtual reality (VR)-based motor training, and AI-powered motion analysis systems. These tools are enhancing both inpatient and outpatient rehabilitation by enabling precise movement tracking, real-time feedback, and adaptive therapy protocols. Wearable sensors, exoskeletons, and tele-rehabilitation platforms are also transforming traditional physiotherapy by improving patient adherence and allowing remote monitoring. The session emphasizes how digital health tools support functional recovery, reduce hospital stays, and optimize neuromuscular re-education. Practical case examples will illustrate the integration of these technologies in clinical settings, showing measurable improvements in range of motion, muscle strength, and return-to-function rates. Attendees will learn about implementation challenges, patient safety considerations, and future trends in personalized digital rehabilitation. This session is ideal for physiotherapists, sports scientists, and rehabilitation specialists focused on enhancing outcomes through innovation and technology-driven therapy models.
Joint replacement surgery continues to evolve with the goal of improving implant longevity, minimizing invasiveness, and expediting recovery. This session focuses on recent breakthroughs in total and partial joint arthroplasty for the hip, knee, shoulder, and other major joints. Topics include the use of 3D-printed custom implants, smart prosthetics with embedded sensors, and the role of computer-assisted surgical navigation in achieving optimal alignment and function. Enhanced perioperative care, including multimodal pain management and fast-track recovery protocols, will be discussed in relation to improving patient satisfaction and reducing readmission rates. Biological augmentation techniques, such as bone graft substitutes and cartilage preservation methods, will also be explored. With aging populations and increased demands for mobility, the session provides insights into clinical decision-making, implant selection, and long-term outcomes. Case-based discussions and evidence-based practice guidelines will help professionals evaluate risks, manage complications, and maximize functional restoration. This session is essential for orthopedic surgeons, rehabilitation experts, and healthcare teams aiming to deliver high-quality joint replacement care with the latest advancements in the field.
Advancements in musculoskeletal imaging have significantly improved the early detection, diagnosis, and treatment planning for a wide array of orthopedic and sports-related conditions. This session explores the role of modern imaging modalities such as MRI, CT, ultrasound, and PET scans in evaluating bone, joint, ligament, tendon, and soft tissue injuries. With a focus on precision medicine, the integration of imaging with AI algorithms and 3D reconstruction is revolutionizing diagnostics by providing enhanced anatomical detail and predictive modeling for surgical outcomes. Discussions will highlight image-guided interventions, dynamic ultrasound in sports injury evaluations, and MRI techniques in cartilage and bone marrow assessment. Case studies will illustrate how timely and accurate imaging informs therapeutic decisions, guides minimally invasive procedures, and supports post-operative monitoring. This session is highly relevant to radiologists, orthopedic surgeons, sports medicine professionals, and rehabilitation specialists seeking to enhance diagnostic confidence, reduce clinical uncertainties, and contribute to patient-centric, outcome-driven care.
Anterior Cruciate Ligament (ACL) and other ligament injuries are among the most prevalent and debilitating issues in athletes and active individuals. This session delves into state-of-the-art surgical and non-surgical strategies for ACL and ligament repair, reconstruction, and rehabilitation. Topics will include graft selection (autograft vs allograft), novel minimally invasive techniques, biological enhancements such as platelet-rich plasma (PRP) and stem cell applications, and robotic assistance in ligament reconstruction. A special emphasis will be placed on return-to-play criteria, neuromuscular training for injury prevention, and gender-specific considerations in ligament injury management. Attendees will benefit from the latest clinical guidelines and outcome-based research, which focus on improving stability, reducing re-injury rates, and accelerating functional recovery. Experts will also discuss rehabilitation timelines, psychological readiness, and sport-specific protocols to optimize long-term success. This session is ideal for orthopedic surgeons, sports medicine physicians, physiotherapists, and athletic trainers involved in managing ligament pathologies with cutting-edge solutions.
The science behind athletic performance has evolved to encompass biomechanics, physiology, psychology, and nutrition, all aimed at optimizing results and reducing injury risk. This session investigates how evidence-based training, recovery strategies, and performance analytics are enhancing athletic output across all sports disciplines. Topics include motion capture technology for biomechanical assessments, wearable tech for real-time performance monitoring, lactate threshold and VO2 max testing, and psychological conditioning for peak mental performance. Additionally, the role of data-driven coaching and personalized performance programming will be examined, offering a comprehensive view of how sports science translates into practical athletic excellence. The session will also cover advances in strength and conditioning, functional movement screening, and injury risk profiling. Experts will present case studies from elite sports teams and rehabilitation centers to illustrate the translation of theory into real-world results. Ideal for sports scientists, physiologists, coaches, and physical therapists, this session offers a forward-thinking perspective on how to elevate human performance while maintaining athlete health and safety.
Pediatric orthopedics addresses musculoskeletal conditions in children, ranging from congenital deformities to traumatic injuries and growth-related disorders. This session highlights current advancements in diagnosing and managing pediatric orthopedic conditions, with a focus on child-specific anatomy, growth plate injuries, scoliosis, developmental dysplasia of the hip (DDH), and limb length discrepancies. Experts will explore innovations in minimally invasive surgical techniques, orthotic interventions, and early detection through advanced imaging modalities. Emphasis will also be placed on multidisciplinary care involving orthopedic surgeons, pediatricians, physiotherapists, and rehabilitation specialists to ensure holistic outcomes. Presentations will address ethical considerations, long-term follow-up challenges, and the role of parental education in pediatric care plans. The session also delves into advancements in pediatric fracture management, gait abnormalities, and juvenile arthritis. Attendees will gain valuable insights into age-appropriate treatment protocols and evolving technologies that help ensure both effective treatment and the long-term development of healthy, active children. This session is vital for healthcare professionals committed to improving orthopedic outcomes and quality of life for young patients.
Biomechanics plays a fundamental role in understanding movement, diagnosing musculoskeletal issues, and optimizing physical rehabilitation outcomes. This session explores how applied biomechanics informs clinical decision-making across orthopedics, sports medicine, and physiotherapy. Key discussions include gait analysis, joint kinematics, force distribution, and muscle activation patterns in both injury prevention and rehabilitation strategies. The integration of biomechanical data from motion capture systems, wearable sensors, and pressure platforms is revolutionizing personalized therapy plans and performance enhancement protocols. Attendees will learn about its application in evaluating post-surgical outcomes, customizing orthotic devices, and designing exercise interventions that align with individual anatomical and functional needs. Emerging topics include 3D printing in orthotic fabrication, biomechanical modeling, and real-time movement correction tools. By bridging engineering principles with clinical practice, this session empowers clinicians, researchers, and therapists to deliver evidence-based, mechanically efficient treatment plans. Whether for athletes, patients recovering from surgery, or individuals with chronic conditions, biomechanics offers a scientific framework for enhancing movement quality, reducing injury recurrence, and promoting lifelong musculoskeletal health.
Chronic Pain & Movement Disorders
Chronic pain and movement disorders significantly impact quality of life and functional independence, especially in musculoskeletal and neurological conditions. This session provides a comprehensive overview of diagnostic approaches and evidence-based management strategies for persistent pain and impaired mobility. Topics include the neurobiology of pain, central sensitization, and musculoskeletal dysfunctions such as fibromyalgia, myofascial pain syndrome, and osteoarthritis-related limitations. The session also examines rehabilitation frameworks for movement disorders like Parkinson’s disease, dystonia, and post-stroke impairments. Presenters will highlight the role of interdisciplinary care integrating physical therapy, occupational therapy, pharmacological interventions, cognitive behavioral therapy (CBT), and neuromodulation techniques like TENS and dry needling. Cutting-edge research on virtual reality therapy, mirror therapy, and biofeedback in pain modulation and motor retraining will also be discussed. Emphasis will be placed on patient-centered care, functional goal-setting, and quality-of-life enhancement. This session is ideal for pain specialists, neurologists, orthopedic clinicians, and physiotherapists working to bridge the gap between chronic pain science and functional rehabilitation in diverse patient populations.
Advances in fracture healing emphasize the integration of surgical innovation, biological enhancement, and personalized care. This session examines the biology of bone regeneration and how clinical decisions influence recovery trajectories. Key themes include internal and external fixation methods, biologics such as bone morphogenetic proteins (BMPs), and cellular therapies to treat delayed unions and non-unions. The use of bioresorbable implants, mechanical loading principles, and pharmacological support for bone healing will be discussed. Experts will review imaging modalities for monitoring healing progression and complications. Emerging trends in tissue engineering and 3D scaffold development also feature prominently. Through evidence-based research and clinical case presentations, the session offers practical insights for orthopedic surgeons and rehabilitation specialists aiming to optimize recovery timelines and reduce complications.
Integrating sports nutrition into rehabilitation and performance protocols is essential for effective athlete management. This session explores the physiological role of nutrition in injury recovery, inflammation control, muscle protein synthesis, and performance restoration. Presentations will highlight optimal macronutrient balance, hydration, timing of nutrient intake, and the use of supplements like omega-3s, creatine, and collagen. Special attention will be given to individualizing nutrition based on sport-specific energy demands, recovery phases, and metabolic variations. Discussions will include dietary strategies to support soft tissue repair and maintain lean mass during periods of immobilization or reduced activity. Research on nutrition's influence on neuromuscular recovery and mental fatigue will be examined, alongside the role of dietitians in multidisciplinary care.
Modern gait analysis blends biomechanical science with clinical diagnostics to address musculoskeletal disorders, improve mobility, and prevent injury recurrence. This session presents advances in motion capture technology, pressure mapping, and wearable sensors to evaluate dynamic gait abnormalities. Topics include post-injury gait retraining, pediatric and neurological gait disorders, and return-to-sport assessment. Speakers will discuss corrective strategies such as orthotics, customized footwear, targeted physical therapy, and neuromuscular re-education. Emphasis will be placed on interpreting kinetic and kinematic data for informed clinical decision-making. Integration of AI in gait diagnostics and tele-rehabilitation tools for remote monitoring will also be featured. This track supports clinicians in enhancing patient mobility and functional outcomes through evidence-based correction techniques.
Minimally Invasive Orthopedics
Minimally invasive orthopedic techniques are redefining surgical outcomes by reducing tissue trauma, recovery times, and complication rates. This session explores state-of-the-art arthroscopic, endoscopic, and robotic-assisted procedures used in joint preservation, ligament repair, and fracture fixation. Focus will be on visualization technology, access portals, instrumentation precision, and real-time navigation systems that support accurate intervention. Presenters will discuss outcomes in comparison with traditional open procedures and review case studies that illustrate procedural selection criteria. Innovations in biologic augmentation during minimally invasive procedures, such as stem cell injections and PRP, will also be addressed. The session provides a platform for surgical professionals to discuss challenges, training requirements, and post-op care strategies to enhance patient satisfaction.
Effective recovery from musculoskeletal injury often hinges on restoring neuromuscular function. This session focuses on strategies to retrain muscle coordination, proprioception, and functional strength following trauma or surgery. Topics include neuromuscular electrical stimulation (NMES), sensorimotor retraining, balance therapy, and task-specific functional movements. Emerging technologies like robotic exoskeletons, EMG biofeedback, and virtual reality-based rehabilitation tools will be explored. Presenters will discuss neuroplasticity-driven rehabilitation and individualized protocols for patients with orthopedic and neurological conditions such as stroke, ACL injury, or spinal trauma. Evidence-based approaches to progressive loading, motor control, and injury prevention will be emphasized. The session is essential for clinicians aiming to enhance motor recovery and functional independence.
Addressing spinal conditions demands a multidisciplinary understanding of biomechanics, pathology, and targeted therapies. This session examines prevalent disorders such as disc herniation, scoliosis, spinal stenosis, and degenerative disc disease. Diagnostic imaging, physical examination techniques, and differential diagnoses will be discussed in the context of clinical decision-making. Treatment modalities range from conservative approaches—such as manual therapy, core stabilization, and traction to surgical interventions including spinal decompression and fusion. The integration of physiotherapy post-surgery, pain management strategies, and long-term mobility enhancement will also be explored. Innovations in spinal implants, navigation-guided surgery, and motion preservation devices are highlighted, emphasizing patient-centered care and functional outcomes.
Rehabilitation following orthopedic surgery is crucial to restore strength, function, and quality of life. This session addresses post-operative care protocols tailored to various procedures, including joint replacements, ACL reconstruction, and spinal surgeries. Topics include early mobilization, progressive strengthening, pain control, and prevention of complications such as stiffness, adhesions, and thrombosis. Emphasis will be placed on developing personalized rehabilitation timelines aligned with surgical techniques and patient comorbidities. Presenters will highlight the role of aquatic therapy, isokinetic training, and functional movement retraining. Advances in rehabilitation robotics, telerehab platforms, and patient monitoring apps will be discussed to improve engagement and outcomes. A multidisciplinary approach involving surgeons, physiotherapists, and occupational therapists is encouraged throughout.
Preventive strategies are fundamental to athlete longevity and performance sustainability. This session focuses on proactive interventions to minimize sports-related injuries, enhance biomechanics, and maintain musculoskeletal health. Topics include pre-participation screening, injury risk profiling, corrective exercise prescription, and sport-specific conditioning. Speakers will explore evidence-based approaches to address overuse injuries, movement asymmetries, and load management. The role of wearable technology in monitoring workload, fatigue, and injury predictors will be examined. Nutrition, sleep, and psychological readiness will also be considered as integral components of prevention. The session advocates a team-based model involving coaches, physiotherapists, and sports physicians to implement individualized and data-driven injury prevention programs.
Tendon and soft tissue injuries are common among athletes and active populations, often requiring a multidisciplinary treatment approach. This session explores surgical and non-surgical techniques for treating injuries such as rotator cuff tears, Achilles tendon ruptures, and ligament sprains. Emphasis will be placed on biologic therapies including PRP, stem cells, and scaffolds, as well as advances in suture technology and minimally invasive repair methods. Rehabilitation protocols tailored to tendon healing timelines will be reviewed, with attention to eccentric loading, neuromuscular control, and return-to-play criteria. Presenters will also discuss diagnostic imaging for tendon pathology, outcomes of operative vs. conservative management, and emerging research in tissue regeneration. This session provides essential knowledge for optimizing healing and minimizing reinjury risk.
The integration of 3D printing in orthopedics is transforming preoperative planning, implant design, and patient-specific solutions. This session highlights the role of additive manufacturing in creating anatomical models for surgical simulation, custom jigs for precise alignment, and personalized implants for complex reconstructions. Case studies will demonstrate applications in trauma, joint replacement, spinal surgery, and pediatric deformity correction. Presenters will discuss materials science, regulatory pathways, and cost-effectiveness of 3D solutions. Advances in biofabrication and tissue scaffolds for future regenerative applications will also be explored. This session connects orthopedic innovation with engineering precision to improve surgical accuracy, efficiency, and patient outcomes.
Market Analysis
The global healthcare landscape is experiencing a dynamic transformation, with Orthopedics, Sports Medicine, and Physiotherapy emerging as rapidly expanding segments driven by technological advancements, aging populations, active lifestyles, and a growing awareness of musculoskeletal health. These interconnected domains are playing an increasingly vital role in improving quality of life, reducing recovery time, and enabling long-term functional mobility for individuals of all ages. Orthopedics represents one of the most lucrative areas in healthcare, driven by an upsurge in orthopedic surgeries such as joint replacements, spinal fusion, and fracture repair. According to market research, the global orthopedic devices market was valued at approximately USD 50 billion in 2023 and is projected to reach USD 75 billion by 2030, growing at a CAGR of around 6.2%. The rise in degenerative bone diseases, sports injuries, trauma cases, and the widespread adoption of minimally invasive surgical techniques continue to fuel demand. Innovations in 3D printing, robotics, and biologics are redefining surgical outcomes and patient recovery.
Sports Medicine is witnessing remarkable growth, as competitive and recreational sports become central to modern lifestyles. The global sports medicine market is expected to exceed USD 11 billion by 2030, supported by increasing injury incidence, growing youth participation in athletics, and greater public investment in sports infrastructure. Moreover, the rise of wearable technology, personalized rehabilitation programs, and regenerative treatments such as platelet-rich plasma (PRP) and stem cell therapy is enhancing both prevention and performance. Sports medicine is not limited to athletes it is increasingly applied to treat orthopedic issues in the general population, particularly among fitness-conscious individuals and the aging demographic. Physiotherapy (or physical therapy) plays a critical role in conservative treatment, post-surgical rehabilitation, and preventive care. The global physiotherapy services market is expected to reach USD 45 billion by 2030, expanding at a steady pace due to the rising burden of chronic musculoskeletal conditions, neurological disorders, and post-operative recovery needs. Physiotherapy is also gaining traction in home healthcare, tele-rehabilitation, and wellness programs, especially in aging populations and post-pandemic recovery scenarios. Integration with digital platforms, motion-sensing devices, and AI-driven assessments has made physiotherapy more accessible and efficient. These three domains when integrated form a comprehensive approach to musculoskeletal health. Hospitals, clinics, sports academies, and rehabilitation centers are increasingly adopting multidisciplinary models that combine orthopedic intervention with sports medicine protocols and physiotherapy-driven recovery, ensuring better long-term outcomes. Regionally, North America and Europe dominate the market due to advanced healthcare infrastructure, while Asia-Pacific is emerging as a high-growth region driven by increasing healthcare spending, growing middle-class populations, and awareness about physical health. Government initiatives, insurance coverage expansion, and investments in healthcare digitization are further boosting global market penetration. As we move toward a future of personalized, tech-enabled, and patient-centered care, Orthopedics, Sports Medicine, and Physiotherapy will continue to lead the way in innovation, performance enhancement, and sustainable healthcare delivery. Conferences, research collaborations, and clinical education will play a critical role in shaping the future landscape and bridging gaps between technology and therapy.
Past Conference Report
Orthopedics Congress 2023
The 8th World Congress on Orthopedics and Surgery, held on October 12–13, 2023, in Osaka, Japan, concluded with exceptional success, bringing together global experts, surgeons, researchers, and industry professionals in the field of orthopedics. The congress served as a premier platform for knowledge exchange, showcasing the latest advancements in orthopedic surgery, musculoskeletal health, rehabilitation, sports medicine, and regenerative therapies. Over 120 participants from 28 countries attended the event, contributing to vibrant discussions and collaborative networking. The scientific sessions featured keynote presentations, oral talks, and poster exhibitions on topics including joint replacement innovations, spinal surgery, robotic-assisted procedures, fracture management, and orthopedic device development. Special attention was given to minimally invasive techniques, biomechanics, and post-surgical recovery. Renowned keynote speakers from the USA, Germany, Japan, and Australia inspired attendees with groundbreaking insights. The Young Researcher Forum and Best Poster Awards highlighted emerging talent and fostered academic excellence. The success of the 2023 congress reaffirmed the global commitment to advancing orthopedic care. We extend our gratitude to all speakers, delegates, and sponsors for making the event impactful. The organizing committee looks forward to welcoming participants to future editions for continued collaboration and innovation.
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Conference Date March 23-24, 2026
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