Orthopedic sports medicine is a surgical subspecialty focused on preventing, diagnosing, and treating musculoskeletal injuries related to physical activity. These specialists are fully trained orthopedic surgeons who then complete additional fellowship training specifically in sports-related injuries, with a heavy emphasis on arthroscopic (minimally invasive) procedures. While general orthopedists treat a broad range of bone and joint problems, sports medicine orthopedists concentrate on the ligament tears, cartilage damage, tendon injuries, and overuse conditions that sideline athletes and active people.
What These Specialists Actually Treat
The injuries that land on a sports medicine orthopedist’s table span from head to toe, but the knee, shoulder, ankle, and elbow account for the bulk of the caseload.
Knee injuries dominate. ACL tears alone account for roughly 200,000 injuries per year in the United States, most of them from non-contact movements like cutting, pivoting, or landing awkwardly. Meniscal tears are among the most common musculoskeletal problems worldwide and one of the most frequently performed orthopedic surgeries. Beyond those two, cartilage damage in the knee is a rapidly growing area of research and treatment.
Ankle sprains make up as much as 40% of all athletic injuries. Most involve the ligaments on the outer side of the ankle, and about 70% of those specifically damage the front ligament connecting the shin bone to the ankle bone. When sprains become chronic or the ligament doesn’t heal properly, surgical repair may be needed.
Shoulder problems are especially common in throwing and overhead athletes. Rotator cuff tears, labral tears (including SLAP tears, which affect the cartilage ring at the top of the shoulder socket), and shoulder separations all fall squarely in this subspecialty. Throwing athletes have a notably higher rate of partial-thickness rotator cuff tears on the back side of the shoulder compared to the general population.
Elbow injuries tend to be overuse-driven. The inner elbow ligament (often called the UCL) is the one most commonly injured, particularly in baseball pitchers. Tennis elbow and golfer’s elbow, both forms of tendon irritation from repetitive motion, are also staples of the practice.
Achilles tendon problems round out the list, accounting for 6 to 17% of all injuries in runners.
Arthroscopy: The Core Surgical Tool
Arthroscopy is the defining procedure in orthopedic sports medicine. It involves inserting a small camera and surgical instruments through tiny incisions to repair damage inside a joint. Compared to open surgery, it means smaller scars, less tissue disruption, and typically faster recovery.
In the knee, the most commonly performed arthroscopic procedure is meniscal surgery, either trimming a torn portion or stitching it back together. Both the ACL and the posterior cruciate ligament can be reconstructed through an arthroscope. Surgeons also use it to address cartilage injuries by drilling small holes to stimulate new cartilage growth, remove loose fragments floating inside the joint, and drain infected or blood-filled joints.
In the shoulder, arthroscopy is used to treat instability (when the shoulder dislocates or slips), rotator cuff tears, impingement (where the tendons get pinched), frozen shoulder, and arthritis. Ankle arthroscopy handles bone spurs, cartilage damage, loose bodies, and chronic inflammation. Even the wrist and elbow have arthroscopic applications, from repairing cartilage tears in the wrist to removing loose bone fragments in the elbow.
To earn subspecialty certification, surgeons must submit a case list showing at least 115 operative cases in a single year, with 75 of those involving arthroscopy. That threshold reflects how central the technique is to the field.
Training and Certification
Becoming a board-certified orthopedic sports medicine surgeon is one of the longer training paths in medicine. After four years of medical school, these physicians complete a five-year orthopedic surgery residency, then add a one-year fellowship dedicated specifically to sports medicine. The fellowship is accredited by the ACGME, the organization that oversees graduate medical training in the U.S.
After fellowship, the path to subspecialty certification through the American Board of Orthopaedic Surgery requires passing the general orthopedic board exam first. Candidates then submit their operative case list (at least 115 surgical cases and 10 non-operative cases), along with letters of recommendation. The subspecialty exam itself is a four-hour test with 175 questions. Only surgeons who clear every step receive the Subspecialty Certificate in Orthopaedic Sports Medicine.
Beyond Surgery: The Broader Treatment Approach
Not everything in orthopedic sports medicine ends up in the operating room. A significant portion of the work involves non-surgical management, injury prevention, and rehabilitation.
Prevention centers on optimizing body mechanics for a specific sport, building core strength, maintaining range of motion, and neuromuscular training that teaches muscles to fire in patterns that protect joints. Identifying overuse before it causes structural damage is a major focus, particularly in young athletes whose bodies are still developing.
Platelet-rich plasma (PRP) injections have become a common non-surgical option. PRP is made by drawing your own blood, concentrating the platelets (which contain growth factors involved in healing), and injecting them into the injured area. For tennis elbow, randomized trials have shown PRP outperforms steroid injections over a one-year period, with sustained improvement into the second year and a lower rate of eventually needing surgery. For early-stage knee arthritis, multiple studies have found PRP reduces pain and improves function more effectively and for a longer duration than hyaluronic acid injections. The evidence is more mixed for rotator cuff repairs, where some studies show reduced early pain but others find no significant benefit. For Achilles tendon problems, one study found PRP performed no better than a placebo injection when both groups also did an exercise program.
The Sports Medicine Care Team
Orthopedic sports medicine surgeons rarely work alone. They sit at the center of a multidisciplinary team, each member handling a distinct piece of an athlete’s care.
- Certified athletic trainers are often the first responders. They assess injuries on the field or in the training room, provide urgent care, and design ongoing training plans that support both performance and injury prevention.
- Physical therapists build the rehabilitation programs that get athletes from post-injury or post-surgery back to full function. Their work focuses on restoring mobility, strength, and range of motion through targeted exercises, stretches, and hands-on techniques.
- Primary care sports medicine physicians function like a team’s family doctor. They handle the non-surgical medical issues, manage recovery plans, coordinate care across providers, and travel with teams to cover games and events. Unlike orthopedic sports medicine surgeons, these physicians do not perform surgery.
The team physician role itself is demanding. It involves on-field coverage during games, training room visits, clinic appointments, surgical care, and administrative duties. For physicians covering organized teams, the commitment extends well beyond standard office hours.
How Return to Play Works
One of the most important decisions in sports medicine is determining when someone is ready to compete again. Return-to-play protocols are graduated, meaning athletes progress through stages and only advance when they can complete the current stage without new or worsening symptoms.
A typical progression starts with a return to daily activities like school or work. From there, it moves to light aerobic exercise (5 to 10 minutes of walking, light jogging, or cycling) to gently raise the heart rate. The next phase introduces moderate activity with more dynamic movement, including brief running and reduced-weight strength training. Heavy non-contact activity follows: sprinting, full weightlifting, and sport-specific drills. Only after clearing all of those stages does an athlete return to full-contact practice, and then finally to competition. Each step requires a minimum of 24 hours before advancing, and any return of symptoms means stepping back to the previous level and resting before trying again.
While this specific six-step framework comes from concussion guidelines developed through the International Concussion in Sport Group, the underlying principle applies across orthopedic sports medicine: recovery is progressive, symptom-guided, and never rushed.