Charcot diabetic arthropathy was long considered a sentence to disability. Many doctors offered only palliative treatment. Modern medicine has radically changed this approach. Today, it is possible not only to stop the destruction of bone tissue but also to restore the supportive function of the foot.
The multidisciplinary clinic Ihilov applies revolutionary treatment protocols for Charcot arthropathy. A team of endocrinologists, orthopedists, and vascular surgeons works according to a unified algorithm. Microsurgical operations are combined with innovative osteosynthesis methods. Individual orthoses and rehabilitation programs allow patients to return to an active life.
About the Disease
Charcot diabetic arthropathy is a progressive destructive disease of the bones and joints of the foot and ankle in patients with diabetes mellitus, characterized by osteolysis, deformation, and instability of the joints.
Causes
- Diabetic neuropathy – reduced sensitivity leads to unnoticed injuries
- Circulatory disorders – diabetic angiopathy worsens healing
- Metabolic disorders – hyperglycemia affects bone metabolism
- Repeated microtraumas – constant load on the insensitive foot
- Genetic predisposition – individual tendency to develop complications
Symptoms
- Swelling and redness of the foot without apparent cause
- Increased temperature in the affected area
- Deformation of the foot – change in shape and height of the arch
- Instability while walking – feeling of "looseness" in the joint
- Painless fractures – due to reduced sensitivity
- Ulcers in areas of increased pressure – a result of deformation
Treatment Methods
Prescribed at all stages of the disease to correct metabolic disorders and the inflammatory process. Includes bisphosphonates to suppress osteolysis, calcium and vitamin D preparations to strengthen bone tissue, and non-steroidal anti-inflammatory drugs to alleviate inflammation. Thioctic acid preparations are used to correct neuropathy and angioprotectors to improve microcirculation. This achieves a slowdown in bone resorption and stabilization of the pathological process.
Physiotherapy
Used in the subacute phase after alleviating active inflammation to restore function and prevent complications. Methods include low-frequency magnetic therapy, ultrasound therapy with anti-inflammatory drugs, infrared laser therapy, and electrophoresis with calcium preparations. Programmable muscle electrical stimulation technologies prevent atrophy. It ensures improved tissue trophism, activation of reparative processes, and restoration of muscle tone.
Arthrodesis
Performed in cases of pronounced deformation and instability of the joints in the consolidation stage. Intraoperative navigation technologies are used for precise positioning of bone fragments, internal fixation systems made of titanium alloys, and bone autografts from the iliac crest. The method of compression osteosynthesis with dynamic compression and bioresorbable implants for stimulating osteogenesis is employed. This achieves stable joint fusion and correction of deformation with restoration of the supportive function of the foot.
Osteotomy
Used for fixed deformities to correct the axis of the limb and redistribute the load. Computer planning technologies with three-dimensional modeling, precision osteotomes with ultrasonic cooling, and Ilizarov external fixation systems with computer control are utilized. The gradual correction method with controlled elongation and compression plates with angular stability is applied. This ensures precise correction of deformation and restoration of foot biomechanics.
Revascularization
Performed in cases of critical ischemia to improve blood supply to the affected area. Endovascular technologies for balloon angioplasty, stenting of the lower leg arteries with special stents for diabetic patients, and targeted thrombolytic therapy are used. Micro-surgical revascularization methods with the creation of bypass anastomoses and stem cell therapy technologies are employed. This achieves restoration of adequate blood flow and creates conditions for tissue healing.
Plastic Surgery
Used to close soft tissue defects and prevent infectious complications. Technologies for free transplantation of skin-muscle flaps with microvascular anastomoses, rotational flaps on a pedicle, and tissue expansion methods using expanders are utilized. Bioresorbable coverings for temporary wound closure and growth factors for stimulating regeneration are applied. This ensures reliable closure of defects and creates conditions for long-term healing.
Orthopedic Supply
Prescribed at the rehabilitation stage to compensate for residual deformities and prevent recurrences. CAD-CAM modeling technologies for making custom insoles, orthopedic shoes with unloading elements, and functional orthoses made of carbon fiber are used. Pressure sensors for monitoring load distribution and biomechanical gait analysis systems are applied. This achieves optimal load distribution and prevents the re-development of deformation.
- Operations in Israel
- Physiotherapy
Diagnostic Methods for the Disease
At the Ihilov clinic, all diagnostic procedures for treating Charcot diabetic arthropathy are planned in advance and are usually conducted within three days. This approach allows for quick and accurate assessment of the degree of joint damage, identification of accompanying complications, and prompt initiation of treatment.
First Day
Upon arrival at the clinic, the patient undergoes a consultation with the attending physician. The specialist collects a detailed medical history, conducts a physical examination, and prescribes individually tailored diagnostic studies necessary for a complete understanding of the condition of the musculoskeletal system and overall metabolic background.
Second Day
On the second day, a comprehensive set of diagnostic procedures is conducted to identify the extent of damage and metabolic disorders:
- Laboratory blood tests
- HbA1c level analysis
- General urine analysis
- Magnetic resonance imaging (MRI)
- Computed tomography (CT)
- X-ray of the foot
- Osteodensitometry
- Ultrasound examination (US)
- Doppler ultrasound of the lower limb vessels
Third Day
After receiving the examination results, the team of doctors develops a personalized therapeutic plan. The process involves an endocrinologist, orthopedist, rheumatologist, vascular surgeon, and other specialized professionals. Thanks to a multidisciplinary approach, it is possible to comprehensively assess the patient's condition, choose the most effective treatment strategy, and minimize the risk of complications.
- Computed Tomography
- Magnetic Resonance Imaging (MRI)
- X-ray
- Ultrasound
How Much Does Treatment Cost in Israel
The cost of treatment is calculated individually and depends on the stage of the disease, the degree of joint destruction, the presence of complications, and the chosen treatment method. Treatment may include conservative methods (immobilization, medication therapy, orthosis) or surgical intervention (corrective osteotomies, arthrodesis, amputation in extremely severe cases). The volume of necessary diagnostic studies also affects the price.
To obtain an accurate calculation of the treatment cost in your specific case, it is necessary to contact a consultant by phone, as indicated on the clinic's website. The consultant will provide a preliminary cost estimate, detailed information about possible treatment methods, and answers to general questions.
Advantages of Treatment in Israel
- Accurate diagnostics using high-tech equipment
- Individual treatment plan considering the stage of the disease and accompanying complications
- Coordinated work of doctors from different specialties
- Rapid initiation of therapy without loss of time
- Comfortable conditions of stay and medical support
Even before arriving at the Israeli clinic, the patient can order an online consultation with a specialized expert. This provides an opportunity to receive professional recommendations, answers to important questions, and confidence in the chosen treatment direction.