Sports Hernia Surgery in Ankara, Turkey

Sports hernia surgery is performed to relieve chronic groin pain and loss of performance caused by weakness in the groin region. This procedure helps athletes return to their activities and provides a lasting repair of the underlying structural problem.

Laparoscopic sports hernia surgery is carried out using a minimally invasive technique. Thanks to small incisions, recovery time is shorter and athletes can return to training sooner. This method is often preferred, especially for professional athletes.

Open sports hernia surgery may be a more suitable option in certain cases. Weakened tissues in the groin area are reinforced and, when necessary, supported with a mesh. This approach can provide effective results in recurrent cases.

Postoperative rehabilitation plays a critical role in treatment success. Exercises aimed at improving strength and controlled return-to-sport programs are implemented. This reduces the risk of recurrence and helps preserve athletic performance.

You can contact Prof. Dr. Ebru Soy, one of the doctors performing Sports Hernia Surgery in Ankara, to get information about Sports Hernia Surgery prices, the process, and the hospital where Sports Hernia Surgery is performed.

What Is a Sports Hernia?

A sports hernia is a soft-tissue injury in the groin region, most commonly seen in people who perform intense physical activity. It is not a “true” hernia; rather, it develops due to weakness or injury of abdominal wall muscles or tendons. Pain typically worsens during exercise. This condition is common among athletes and may be treated with rest, physical therapy, or surgery.

What Is Sports Hernia Surgery?

To understand this operation, it helps to visualize the source of the problem. You can think of the body’s core—abdomen, lower back, and hips—as a machine that works in harmony. The groin is one of the most critical junctions of this machine. Here, strong inner-thigh muscles (the adductor group) meet the abdominal muscles (rectus abdominis) at the front of the pelvis. This can be compared to a tug-of-war: leg muscles pull downward, while the abdominal muscles pull upward. Normally, these forces remain in perfect balance.

In sports like soccer, basketball, and tennis—where sudden acceleration, stopping, cutting, and twisting are common—this balance can be disrupted. Often, leg muscles become stronger than the lower abdominal muscles and begin pulling more forcefully. Over time, this imbalance can cause repeated microscopic tears—like “fraying”—at the sensitive attachment points where muscles and tendons meet bone, and in the lowest layers of the abdominal wall. This injury pattern, which produces significant pain during movement, is known as a sports hernia (athletic pubalgia).

The goal of sports hernia surgery is to restore balance and repair damaged structures. It is not a single standardized procedure; instead, the surgeon designs an individualized repair plan based on the patient’s findings. The key aims include:

• Reattaching worn or partially detached muscle and tendon ends securely with strong sutures.
• Reinforcing the weakened posterior layer of the lower abdominal wall.
• Reducing excessive tension in the area, often by controlled release of one adductor tendon when appropriate.

In short, sports hernia surgery is like repairing and rebalancing the support cables of a bridge that have become worn and uneven. The ultimate goal is not only to relieve pain, but also to restore functional strength so the athlete can return to sport safely and at full performance.

When Is Sports Hernia Surgery Performed?

Sports hernia surgery is not considered for every case of groin pain. It is typically discussed when conservative options have been exhausted and specific criteria are met. Surgery is more likely to be considered when:

• There is chronic and recurrent groin pain.
• Pain begins with activity and improves with rest, creating a recurring cycle.
• Physical therapy has failed to provide lasting relief.
• Medications and injections do not offer a permanent solution.
• There is tenderness at specific points on physical examination.
• Pain is triggered during resisted sit-up and adduction (squeezing) tests.
• MRI or dynamic ultrasound supports the diagnosis.
• Other potential causes of groin pain have been excluded.
• Pain significantly reduces quality of life and athletic performance.
• The patient is willing and medically suitable for surgery.

What Are the Risks of Sports Hernia Surgery?

As with any surgical procedure, sports hernia surgery carries potential risks and complications. Most are rare and become even less likely when the procedure is performed by an experienced team. Understanding these risks beforehand is an important part of informed decision-making. Risks can be grouped into general surgical risks and procedure-specific risks.

General risks include:

• Reactions related to anesthesia
• Infection
• Bleeding or hematoma (blood collection)
• Wound-healing problems
• Deep vein thrombosis (blood clot in the leg veins)

Procedure-specific risks may include:

• Chronic groin pain
• Persistent numbness due to nerve irritation or injury
• Recurrence (return of symptoms)
• Testicular pain or swelling (in men)
• Mesh-related reactions (if mesh is used)
• A feeling of movement restriction or tightness

How Is Sports Hernia Surgery Performed?

There is no single “one-size-fits-all” technique for sports hernia repair. The surgeon combines medical history, examination findings, and imaging results to determine where and what type of damage exists, then builds a strategy accordingly. There are two main surgical approaches: open surgery and laparoscopic (closed) surgery.

Open Surgical Approaches

• A 5–7 cm incision is made in the groin region to directly access the affected area, allowing precise repair under direct vision.
• Suture-Based Anatomic Repair: No synthetic mesh is used. The surgeon restores stretched or damaged layers/tendons to their original positions with specialized suturing techniques without creating excessive tension. In some cases, a small sensory nerve with potential to contribute to chronic pain may be intentionally divided to reduce pain risk.
• Biomechanical Repair: This approach targets the underlying imbalance in forces. It often focuses on the tear or detachment at the rectus abdominis insertion on the pubic bone. The main step is reattaching this tendon firmly with strong sutures. To rebalance the “tug-of-war,” it is commonly combined with a controlled release (tenotomy) of an overly tight adductor tendon.
• Mesh Repair: Similar to classic hernia repairs, a synthetic mesh is used to reinforce weakened tissue. The mesh provides strong support and acts as a protective shield against intra-abdominal pressure.

Laparoscopic (Closed) Surgical Approaches

Several small (0.5–1 cm) incisions are made, and a camera plus fine instruments are inserted. The repair is performed while viewing a magnified image on a monitor. Advantages include less postoperative pain, smaller scars, and a quicker return to normal activities:

• TEP (Totally Extraperitoneal) Repair: The most commonly used closed approach. The abdominal cavity is not entered. Instruments advance through the natural space between the abdominal muscles and the peritoneum. A large mesh is placed from inside to cover the entire weakened groin floor.
• TAPP (Transabdominal Preperitoneal) Repair: The abdominal cavity is entered first, and the groin anatomy is inspected internally. Then the peritoneum is opened to access the same space where a mesh is placed. The peritoneum is closed at the end of the procedure.

The basic principle of both laparoscopic techniques is to reinforce the problem area from the inside with a wide, strong mesh—like strengthening a wall not from the outside with plaster, but from the inside with a solid panel. The best choice depends on the individual case, surgeon experience, and patient expectations.

Recovery After Sports Hernia Surgery

A successful operation is only half of the equation. The other half is a carefully structured rehabilitation process that requires patience and discipline. Surgery repairs the mechanical problem; rehabilitation makes the repaired structures functional, strong, and resilient again. This process is typically divided into stages.

Stage: Protection and Early Healing (First 2 Weeks)

The single goal in this period is to protect the repair and allow the body to heal.

Recommended actions include:

• Short, gentle walks
• Regular ice application to the surgical area
• Using pain medication as prescribed
• Plenty of rest
• What to avoid:
• Lifting anything heavier than 5 kg
• Straining or forceful coughing
• Crunches and similar abdominal exercises
• Sudden twisting, turning, or bending movements

Stage: Restoring Mobility (Weeks 2–6)

Once the wounds have healed at a basic level, it is time to gradually increase mobility and activate deep stabilizing muscles. This stage should be guided by a physiotherapist.

Typical goals include:

• Increasing walking duration
• Starting low-resistance stationary cycling
• Gentle stretching
• Basic exercises activating deep abdominal and hip muscles
• Isometric work such as squeezing a ball between the knees

Stage: Strength Building (Weeks 6–12)

With a solid foundation in place, strength is built progressively by increasing exercise difficulty.

This stage may include:

• Functional strength exercises such as planks, squats, and lunges
• Controlled and slow abdominal exercises
• Hip and leg strengthening with resistance bands
• A gradual return-to-running program

Stage: Return to Sport (Week 12 and Beyond)

This is the most exciting but also the most critical stage. The goal is to prepare the athlete for high-intensity, sport-specific movements.

Activities may include:

• Jumping and plyometric drills
• Sprinting and cutting drills
• Sport-specific technical training (shooting, kicking, etc.)
• Functional performance tests

The decision to return fully to sport should never be rushed. It is typically made jointly by the physician and physiotherapist once the athlete can perform movements confidently and pain-free, and strength/performance testing shows at least ~90% symmetry compared with the uninjured side.

What Should Patients Pay Attention to After Sports Hernia Surgery?

The postoperative period is at least as important as the surgery itself. To complete recovery safely, achieve a durable result, and minimize re-injury risk, keep these key principles in mind:

• Follow your surgeon’s and physiotherapist’s instructions closely.
• Be patient and avoid rushing.
• Treat pain as a warning signal.
• Never skip the rehabilitation program.
• Eat well and get sufficient sleep.
• Avoid smoking completely.
• Continue preventive strengthening even after returning to sport.
• Learn to listen to your body.