Comprehensive Physiotherapy for Subtalar Dislocation Recovery post thumbnail image

Best Physiotherapy for Subtalar Dislocation In Delhi NCR.

What is Subtalar Dislocation ?

A subtalar dislocation is a rare but severe injury to the foot. It involves the simultaneous dislocation of two critical joints in the hindfoot: the talocalcaneal joint (between the talus and the calcaneus, or heel bone) and the talonavicular joint (between the talus and the navicular bone). Crucially, the ankle joint (tibiotalar joint) remains intact in a true subtalar dislocation, differentiating it from an ankle dislocation where the talus itself displaces from the tibia and fibula.

Causes of Subtalar Dislocation

Subtalar dislocations almost always result from high-energy trauma, meaning a significant force is applied to the foot. Common causes include:-

  • Falls from a height: Landing awkwardly on the foot after a significant fall.
  • Motor Vehicle Accidents (MVAs): Direct impact or twisting forces during a collision.
  • Sports Injuries: Especially those involving high-impact landings, sudden changes in direction, or forceful twisting of the foot, such as in basketball, football, skiing, snowboarding, or rock climbing.
  • Twisting Injuries: A forceful inversion (foot turning inward) or eversion (foot turning outward) of the foot while it is planted or loaded, particularly if combined with plantarflexion (pointing the toes down).
  • The specific direction of the dislocation (medial, lateral, anterior, or posterior) depends on the exact mechanism and foot position at the time of injury:
  • Medial Dislocation (most common, ~80%): Often called “acquired club foot.” Occurs with the foot in plantarflexion and a forceful inversion (inward twisting) of the forefoot.
  • Lateral Dislocation: Often called “acquired flat foot.” Occurs with the foot in plantarflexion and a forceful eversion (outward twisting) of the forefoot.
  • Anterior and Posterior Dislocations (very rare): Result from hyper-dorsiflexion or hyper-plantarflexion, respectively.

Risk Factors can increase susceptibility, though the primary cause is high-energy trauma:-

  • Pre-existing bony or soft tissue abnormalities (e.g., malalignment of the joint, ligament laxity from recurrent ankle sprains).
  • Participation in high-impact or twisting sports.
Symptoms of Subtalar Dislocation
  • Severe Pain: Intense pain in the foot and ankle, often excruciating.
  • Obvious Deformity: The foot will appear grossly out of alignment with the leg. It might be significantly twisted inward (medial dislocation) or outward (lateral dislocation), resembling a severe clubfoot or flatfoot deformity.
  • Swelling: Rapid and significant swelling around the ankle and hindfoot.
  • Bruising: Discoloration due to internal bleeding.
  • Inability to bear weight: The person will be completely unable to stand or walk on the affected foot.
  • Tenderness to touch: Extreme pain upon palpation of the injured area.
  • Skin Tension: In severe cases, the dislocated bones can put extreme pressure on the overlying skin, leading to skin blanching, blistering, or even open wounds (open dislocation), which significantly increases the risk of infection.
  • Neurovascular Compromise (less common but critical): Numbness, tingling, weakness, or coolness/pallor in the foot and toes, indicating potential nerve or blood vessel damage. This is an immediate emergency.
Advanced Physiotherapy Following Subtalar Dislocation (Post-Reduction)

Phases of Physiotherapy:-

  • Initial Immobilization Phase (e.g., 4-8 weeks in a cast or boot):
    • Goals: Protect the healing ligaments and soft tissues, control pain and swelling, prevent joint stiffness in adjacent areas.
    • Interventions:
      • R.I.C.E. principles: Rest, Ice, Compression, Elevation to manage swelling.
      • Non-weight bearing: Using crutches or a walker.
      • Exercises for unaffected joints: Maintain strength and range of motion in the knee, hip, and core.
      • Isometric exercises (in cast/boot): Gentle muscle contractions without moving the joint (e.g., quadriceps sets, gluteal sets, toe curls/spreads) to maintain muscle tone and promote circulation.
      • Upper body conditioning: To maintain overall fitness.
  • Early Mobilization and Controlled Weight-Bearing Phase (Weeks 4-12, post-immobilization):
    • Goals: Restore pain-free range of motion, begin gentle strengthening, improve proprioception, gradually introduce weight-bearing.
      • Manual Therapy:
        • Gentle Joint Mobilizations: Once cleared by the surgeon, the physiotherapist will start with gentle, pain-free mobilizations of the subtalar joint and surrounding foot and ankle joints (talocrural, midfoot) to restore arthrokinematics (joint play) and reduce stiffness. These are typically low-grade mobilizations (Grade I-II) initially. The goal is to regain the crucial pronation/supination motion of the subtalar joint.
        • Soft Tissue Mobilization: Gentle massage and release techniques for tight muscles (e.g., calf muscles, tibialis posterior, peroneals) and fascial restrictions that may have developed due to injury or immobilization. This helps reduce pain and improve flexibility.
    • Active and Passive Range of Motion (AROM/PROM): Gradually introduce exercises to move the ankle and foot through their full range of motion, focusing on subtalar inversion/eversion, ankle dorsiflexion/plantarflexion.
    • Gentle Stretching: For calf muscles (gastrocnemius, soleus) and other tight structures.
    • Early Strengthening (non-weight bearing to partial weight-bearing):
      • Theraband exercises: For ankle dorsiflexion, plantarflexion, inversion, and eversion.
      • Foot intrinsic muscle strengthening: Toe curls, marble pickups to support the arch.
      • Gluteal and hip strengthening: To improve proximal stability and support lower limb mechanics.
    • Proprioception/Balance Training (non-weight bearing to partial weight-bearing):
      • Sitting balance exercises (e.g., pointing foot to targets).
      • Progress to standing balance with support, then without support.
      • Single leg stance on stable surfaces.
    • Gait Training: Re-education on a normal walking pattern, gradually progressing from partial to full weight-bearing with assistive devices (crutches/walker) as tolerated. Emphasis on restoring a smooth heel-to-toe pattern.
  • Intermediate Strengthening and Proprioception Phase (Weeks 12 onwards):
    • Goals: Progress strength, endurance, and balance, prepare for more functional activities.
      • Advanced Manual Therapy:
        • Higher-grade joint mobilizations (Grade III-IV): As tolerated and indicated, to further improve joint mobility and address any persistent stiffness.
        • Myofascial Release Techniques: Deeper soft tissue work to release any remaining restrictions and improve muscle function.
        • Mobilization with Movement (MWM): Combining patient-active movement with passive accessory glides by the therapist to address movement restrictions and pain.
      • Progressive Strengthening:
        • Weight-bearing exercises: Calf raises (double leg to single leg), squats, lunges, step-ups.
        • Closed-chain exercises: Emphasizing functional movements of the lower limb.
        • Plyometric preparation (low-level): Gentle hopping, jumping drills on stable surfaces (only if appropriate and no pain).
      • Advanced Proprioception/Balance Training:
        • Balance exercises on unstable surfaces (e.g., foam pad, wobble board, BOSU ball).
        • Single-leg balance with perturbations (e.g., catching a ball, reaching).
        • Dynamic balance exercises (e.g., walking on uneven surfaces, tandem walking, balance beam).
      • Sport-Specific or Activity-Specific Drills: Gradually introducing movements relevant to the patient’s desired activities or sports (e.g., agility drills, cutting, pivoting, running progression).
  • Return to Activity/Sport Phase:
    • Goals: Achieve full functional return, minimize risk of re-injury.
      • High-level plyometrics and agility: Jumping, bounding, multi-directional drills.
      • Strength and Conditioning: Ongoing program to maintain strength, power, and endurance.
      • Taping: Ankle taping for support during return to higher-impact activities, especially initially, to enhance proprioception and provide external stability.

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