OUR MEDICAL STRATEGY

Professor Blum’s proprietary rehabilitation system was developed at the intersection of biology, mechanics, and physics. The method makes it possible to restore tissue architecture and joint geometry, optimize blood supply, innervation, and synovial fluid production, thereby restoring the joint and the overall function of the limb to its original level, returning the patient to an active, unrestricted life, and often avoiding the need for surgical intervention.

FOR WHICH TYPES OF ANKLE LIGAMENT INJURIES IS REHABILITATION POSSIBLE?

• In ankle sprain
• In ankle strain/tear
• In partial rupture of the ankle joint ligaments

Patients usually come to our Center within the first few days, when it is still possible, through proper physical intervention, to eliminate most symptoms and avoid surgical intervention.

We also help restore mobility and eliminate residual negative effects in severe cases with longitudinal or transverse rupture of the ankle ligaments, when surgery has already been performed but the joint is not functioning as it did before. Rehabilitation and rapid restoration of ankle joint function are especially important after a sports injury, when every day is critical for an athlete’s career.

GENERAL DESCRIPTION OF THE PROBLEM

An ankle dislocation is a severe injury — a displacement of the articular surfaces of the bones forming the joint: the tibia, fibula, talus, and calcaneus. The joint is stabilized by the malleoli — projections of the tibia and fibula — which embrace the talus on both sides like a fork, as well as by the joint capsule and ligaments.

Each anatomical element contributes to the strength and stability of the joint, protecting it from dislocation while simultaneously supporting it during movement. On the outer side of the joint are the anterior and posterior talofibular ligaments and the calcaneofibular ligament; on the inner side is the deltoid ligament; and in the center is the interosseous syndesmosis. A dislocation is accompanied by stretching of the joint capsule, stretching, and partial or complete rupture of the ligaments. In rare cases, a complete dislocation occurs; more often, it is an incomplete dislocation or subluxation of the ankle joint, sometimes referred to as an «ankle dislocation» or «ankle sprain».

The injury presents with pain, swelling, hematoma, limited range of motion in the joint, and impaired walking. If the joint is not restored in time, the ligaments may heal improperly, leading to joint deformity and instability, and ultimately requiring surgical intervention.

Recovery at Professor Blum’s Center is based on an understanding of the injury mechanism and its biomechanics. A patented method is used, founded on biomechanical strategies, methodologies, and techniques, to carry out comprehensive rehabilitation: displacements of the joint bones are corrected, the proper alignment of the bones is restored, and joint congruence — the foundation of full joint movement — is reestablished.

The natural connective tissue stabilizers and deep muscular stabilizers are restored, allowing the joint to regain strength and stability. Intra-articular and periarticular pumping and drainage processes are enhanced, quickly eliminating swelling and hematoma, restoring normal blood circulation, lymphatic outflow, and movement of synovial fluid, as well as improving innervation. This relieves pain and restores the joint’s mobility and unrestricted movement.

Comprehensive rehabilitation after an ankle joint dislocation should begin immediately after the injury or immediately following surgery. The earlier the restorative treatment is initiated, the better the outcome.