Intraoperative ultrasound foot surgery: image-guided procedures
Intraoperative ultrasound foot surgery represents a major advance in the treatment of foot and ankle conditions. This technique allows the surgeon to perform procedures under real-time ultrasound guidance with millimeter-level precision.
Dr. Julien Lopez, image-guided surgery specialist, offers this approach to provide patients with targeted, minimally invasive procedures and simpler postoperative recovery. On this page, you will find essential information about this technique, its indications, and its benefits for your comfort.
What is image guided surgery?
Ultrasound-guided surgery involves using an ultrasound probe during the procedure to visualize anatomical structures in real time. Unlike conventional surgery, in which the surgeon operates through a large open incision, ultrasound-guided surgery makes it possible to operate through the skin using an incision of barely one millimeter. The surgeon follows each step on a screen, allowing the tissues to be treated with precision.
In most cases, the procedure is performed under local anesthesia. The patient can go home the same day without going through a traditional operating room. This technique relies on the insertion of micro-instruments (needles, hooks, micro-blades) guided by ultrasound imaging. The surgeon can see the tendons, nerves, ligaments, and fascia in real time, which significantly reduces the risk of accidental injury to nearby structures.
Benefits of image guided surgery
Ultrasound-guided surgery offers tangible benefits that improve the patient experience at every stage:
- A very small incision: the procedure is performed through an opening of barely one millimeter, limiting damage to surrounding tissues and leaving very discreet scars.
- Less postoperative pain: because ultrasound-guided surgery is minimally invasive, pain after the procedure is generally reduced compared with conventional surgery.
- Faster healing: the small entry point supports a simpler recovery and speeds up the healing process.
- Faster return to walking: in many cases, patients can walk again as soon as they leave the consultation and return to everyday activities more quickly.
- Potentially less time off work: depending on the condition treated and the procedure performed, faster functional recovery may reduce the amount of time away from work.
- Lower risk of infection: the small incision reduces tissue exposure and therefore helps limit the risk of infection.
- A precise, targeted procedure: the ultrasound assisted procedure for the foot allows the surgeon to visualize tendons, nerves, ligaments, and fascia in real time, enabling precise treatment of the affected area while preserving healthy tissue.
List of ultrasound guided procedures
Ultrasound-guided surgery is indicated for several common conditions affecting the soft tissues of the foot and ankle. Ultrasound-guided procedures are particularly well suited to the following situations.
Plantar fasciitis and chronic fasciopathy
Ultrasound image-guided foot surgery is frequently used to treat plantar fasciopathy that has not responded to conservative treatment. Plantar fasciitis, often associated with a heel spur, causes intense heel pain, especially first thing in the morning. When physical therapy, orthotics, and injections are no longer sufficient, the surgeon can perform a partial plantar fasciotomy under ultrasound guidance. This image-guided surgical procedure targets only the abnormal area of the fascia, helping restart the natural healing process.
Morton's neuroma
Morton's neuroma causes sharp pain under the forefoot, often described as electric-shock sensations between the toes. Image-guided precision surgery can be used to cut the intermetatarsal ligament that compresses the nerve, without removing the neuroma itself. The procedure, performed through a millimeter-sized opening, can provide rapid relief and allow immediate return to walking.
Tarsal tunnel syndrome
Tarsal tunnel syndrome results from compression of the posterior tibial nerve on the inside of the ankle. It causes tingling, burning, and pain in the sole of the foot. Image-guided foot procedure releases the nerve by cutting the flexor retinaculum under ultrasound guidance. This targeted procedure preserves surrounding tissues and enables effective decompression.
Chronic exertional compartment syndrome and iliotibial band syndrome
Chronic exertional compartment syndrome in the legs, common in endurance athletes, can be treated with ultrasound-guided percutaneous fasciotomy. This surgery relieves pain caused by increased pressure within the muscle compartments. Iliotibial band syndrome, which causes lateral knee pain in runners, can also be treated with ultrasound-guided lengthening tenotomy when medical treatment has failed.
Achilles tendon tendinopathies and associated conditions
Chronic Achilles tendon tendinopathies that do not respond to conservative treatment can be managed with ultrasound-guided percutaneous tenotomy, sometimes combined with a PRP (platelet-rich plasma) injection. Ultrasound-guided surgery makes it possible to target only the abnormal tendon fibers, helping restart the tissue regeneration process. Haglund's deformity and certain peripheral nerve compressions in the foot can also be treated with this approach.
Personalized care
Dr. Julien Lopez places particular importance on his relationship with patients. Each procedure is preceded by an in-depth consultation during which the surgeon takes time to examine the foot, listen to your symptoms, and make an accurate diagnosis. Additional tests (ultrasound, MRI, X-rays) may be ordered to confirm the condition and assess the stage of the deformity.
Nonsurgical treatment is always considered first: orthotics, physical therapy, injections, and footwear modifications. Ultrasound-guided surgery is only offered if these options fail. Dr. Lopez explains the procedure in detail, the expected results, and the stages of recovery. After the procedure, he provides regular follow-up to monitor progress and adjust postoperative care if necessary.
Dr. Julien Lopez sees patients at his offices in Nice and Cannes. Telemedicine consultations are also available. Appointments can be scheduled through Doctolib or by contacting the office at 06 71 00 19 23.
If you have any questions, please contact us through the contact form.
Frequently asked questions about image-guided surgery
Dr. Julien Lopez answers all your questions about ultrasound-guided foot surgery.
Is ultrasound-guided surgery painful?
Ultrasound-guided procedure is performed under local anesthesia, making the procedure painless during the operation. Postoperative pain is generally very mild and much lower than after conventional surgery. Simple pain medication is usually sufficient.
How long is recovery after ultrasound-guided surgery?
Recovery depends on the condition treated, but walking is generally possible the same day. Most patients return to everyday activities within a few days to a few weeks. Athletes can gradually resume sports on a timeline that varies depending on the procedure performed and under the surgeon's supervision.
Can ultrasound-guided surgery replace conventional percutaneous surgery?
Ultrasound-guided surgery does not replace percutaneous surgery or open surgery. It expands the surgeon's treatment options by offering an alternative suited to certain soft-tissue conditions of the foot and ankle. Dr. Lopez evaluates each case individually to determine the most appropriate technique.
Is hospitalization required for ultrasound-guided foot surgery?
No. In the vast majority of cases, ultrasound-guided surgery is performed on an outpatient basis, sometimes directly in the office. Patients go home the same day, a few hours after the procedure. This streamlined approach supports overall patient comfort and makes recovery easier to organize.
Les informations sur la page sont fournis à titre indicatifs, elles évoquent des cas généraux: votre situation est spécifique.
Le Dr Julien Lopez, chirurgien orthopédiste du pied à Nice vous accueille et vous conseille pour votre apronévrosite plantaire.
