TendoNova for Chronic Tendon Pain: How This Minimally Invasive Treatment Works

Chronic tendon pain can make everyday activities difficult, from walking and climbing stairs to exercising, working, or participating in recreational sports. When tendon pain persists despite rest, physical therapy, and other conservative treatments, patients may need to consider additional treatment options. TendoNova is a minimally invasive treatment designed to address damaged tendon tissue and help patients manage persistent tendon-related pain.

Unlike treatments that focus primarily on temporarily reducing inflammation or discomfort, minimally invasive tendon procedures aim to address problematic tissue that may be contributing to ongoing symptoms. Understanding how TendoNova works, which conditions it may help treat, and what patients can expect during recovery can help individuals make informed decisions about chronic tendon pain treatment.

What Is TendoNova?

TendoNova is a minimally invasive treatment approach for chronic tendon pain that targets damaged or degenerative tendon tissue. Tendons are strong bands of connective tissue that attach muscles to bones and help transfer the force needed for movement. Repetitive stress, overuse, aging, and injury can cause structural changes within tendon tissue, sometimes resulting in persistent pain and impaired function.

Chronic tendon conditions may involve tendinosis, a degenerative process characterized by changes in tendon structure rather than inflammation alone. These changes can interfere with normal tendon function and make symptoms difficult to resolve with conventional treatments.

TendoNova is intended to address the underlying tendon tissue contributing to symptoms while minimizing disruption to surrounding structures. Treatment suitability depends on the affected tendon, the extent of tissue damage, and the patient’s overall condition.

How Does TendoNova Work?

TendoNova uses a minimally invasive approach to address problematic tendon tissue. Rather than requiring a traditional open surgical procedure, the treatment is designed to access the affected area through a small entry point.

The goal of targeted tendon treatment is to address damaged tissue while preserving as much healthy tendon structure as possible. By focusing on the source of chronic tendon symptoms, the procedure may help create conditions that support the body’s natural healing response.

The TendoNova Ocelot device uses a mechanically oscillating cutting tip to fragment and debride abnormal soft tissue. Ultrasound guidance helps the physician identify and target the affected tendon tissue during treatment.

What Conditions Can TendoNova Treat?

TendoNova may be considered for several types of chronic tendinopathy, particularly when symptoms have not improved with conservative care. Common treatment areas include:

• Tennis elbow: Also called lateral epicondylitis, this condition causes pain along the outside of the elbow due to tendon damage.
• Golfer’s elbow: Medial epicondylitis affects the tendons on the inside of the elbow.
• Achilles tendinopathy: Degenerative changes in the Achilles tendon can cause pain and stiffness near the back of the heel.
• Plantar fasciitis: Although this condition affects the plantar fascia rather than a conventional tendon, it can cause persistent pain along the bottom of the foot.
• Patellar tendinopathy: Often called jumper’s knee, this condition affects the tendon connecting the kneecap to the shinbone.
• Rotator cuff tendinopathy: Damage to the shoulder tendons can cause pain, weakness, and difficulty lifting the arm.
• Gluteal tendinopathy: This condition affects tendons around the hip and may cause pain along the outside of the hip.
• Hamstring and quadriceps tendinopathy: These conditions can cause persistent pain in the back or front of the thigh.

TendoNova is not appropriate for every tendon injury. A physician must evaluate the location and severity of the damage to determine whether the procedure is a reasonable treatment option.

Who Is a Good Candidate for TendoNova?

Patients with chronic tendon pain that has not responded adequately to nonsurgical treatment may be candidates for TendoNova. It is particularly relevant for individuals experiencing persistent symptoms associated with degenerative tendon changes rather than a recent acute injury.

Before recommending treatment, a physician typically reviews the patient’s medical history, evaluates symptoms, performs a physical examination, and uses diagnostic imaging when appropriate. Ultrasound imaging can help identify abnormal tendon tissue and determine whether the affected area can be accessed safely.

Patients with significant tendon tears, advanced structural damage, certain underlying medical conditions, or pain originating from another source may require a different treatment approach.

The decision to pursue TendoNova should be based on an individualized evaluation rather than the duration of symptoms alone.

What Happens During a TendoNova Procedure?

TendoNova is designed as an outpatient procedure that can generally be performed in a physician’s office. It typically involves three primary steps.

1. Local anesthesia: The physician administers a local anesthetic to numb the treatment area. This helps minimize discomfort during the procedure.

2. Ultrasound-guided targeting: The physician uses real-time ultrasound imaging to locate the damaged tendon tissue. Imaging helps guide the treatment instrument to the specific area contributing to symptoms.

3. Mechanical tendon debridement: The physician inserts the TendoNova device through a small needle-sized entry point. Its specialized oscillating cutting tip mechanically breaks down and fragments damaged soft tissue. This process, known as percutaneous tenotomy, is intended to stimulate a localized healing response.

The treatment itself typically takes only a few minutes, depending on the tendon being treated and the extent of the affected tissue. Patients generally return home the same day.

In some cases, physicians may also consider administering platelet-rich plasma (PRP) or another biologic through the treatment access point. These additional therapies are optional and depend on the patient’s condition and the physician’s treatment plan.

What Are the Benefits of TendoNova?

One of the primary advantages of TendoNova is that it provides a minimally invasive alternative to traditional surgical tendon procedures. Because the treatment uses a small entry point rather than a large incision, it can reduce disruption to surrounding tissue.

Other potential benefits include:

• Targeted treatment: Ultrasound guidance helps physicians identify and treat the specific area of abnormal tendon tissue.
• No large surgical incision: The procedure uses a needle-sized access point.
• Local anesthesia: General anesthesia is typically unnecessary.
• Outpatient treatment: Patients can generally return home shortly after the procedure.
• A healing-focused approach: Mechanical debridement is intended to stimulate the body’s natural tissue repair response.
• Preservation of healthy tissue: The physician can focus treatment on abnormal tissue while limiting unnecessary disruption to surrounding structures.

Although these advantages make TendoNova an appealing option for some patients, results are not guaranteed. Treatment effectiveness depends on several factors, including the underlying tendon condition, the extent of degeneration, and adherence to the recommended recovery plan.

How Long Does Recovery From TendoNova Take?

Recovery from TendoNova varies depending on the tendon treated, the severity of the condition, and individual healing factors. Because the procedure stimulates a healing response, patients should not expect immediate resolution of chronic tendon pain.

The initial recovery period generally involves protecting the treated tendon and limiting activities that place excessive stress on the area. As healing progresses, patients can gradually increase their activity levels according to their physician’s instructions.

Physical therapy may be recommended to restore flexibility, improve strength, and support proper tendon function. A structured rehabilitation program can also help patients avoid returning to strenuous activities too quickly.

Some patients report improvements within several weeks, while others require a longer recovery period. The treating physician should provide a personalized timeline based on the location and severity of the tendon injury.

Is TendoNova an Alternative to Tendon Surgery?

For appropriately selected patients, TendoNova may offer an alternative to traditional open tendon surgery. Conventional surgery may involve larger incisions, more extensive tissue disruption, and longer rehabilitation periods.

TendoNova uses ultrasound-guided percutaneous tenotomy to target abnormal tissue through a small entry point. This approach may allow patients to avoid more extensive surgery while addressing the tendon changes contributing to their symptoms.

However, minimally invasive treatment is not a replacement for surgery in every case. Patients with substantial tendon ruptures, severe structural damage, or conditions that cannot be adequately treated with percutaneous techniques may still require surgical intervention.

A comprehensive evaluation can help determine whether TendoNova, continued conservative care, or surgery offers the most appropriate path forward.

When Should Patients Consider TendoNova for Chronic Tendon Pain?

Patients should consider discussing TendoNova with a qualified orthopedic or pain management specialist when tendon pain continues to interfere with daily activities despite appropriate conservative treatment.

Persistent pain, recurring symptoms during physical activity, localized tenderness, and difficulty performing routine movements may indicate an underlying tendon problem that requires further evaluation.

Rather than continuing to manage symptoms without understanding their cause, patients can benefit from a diagnostic assessment that identifies the affected tissue and evaluates available treatment options.

TendoNova offers a minimally invasive approach to treating certain chronic tendon conditions by targeting damaged tissue and stimulating the body’s natural healing response. For patients who have not achieved lasting improvement with traditional nonsurgical treatments, it may provide another option to consider as part of a comprehensive tendon care plan.