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Best Post Fracture Injury Treatment In Delhi NCR.

What is Post Fracture Injury ?

A fracture, or a broken bone, occurs when a force exerted against a bone is stronger than the bone can bear, disrupting its structure and strength. The journey from injury to full recovery involves various stages, with physiotherapy playing a crucial role.

Causes of Post Fracture Injury
Fractures are primarily caused by:-
  • Traumatic incidents: This includes falls, sporting injuries, vehicle accidents, and direct blows to the bone.
  • Overuse: Repetitive stress can lead to stress fractures, particularly in athletes.
  • Underlying medical conditions: Conditions like osteoporosis (which weakens bones), certain cancers, or bone infections can make bones more fragile and susceptible to fractures from even minor trauma.
Symptoms

The symptoms of a fracture can vary depending on the location and severity of the injury, but commonly include:-

  • Pain: Often sharp and intense, worsening with movement or pressure.
  • Swelling: The injured area typically becomes swollen due to inflammation and fluid accumulation.
  • Bruising/Discoloration: Blood vessels around the fracture site can be damaged, leading to bruising.
  • Deformity: The injured limb or body part may appear visibly distorted, bent, or out of its usual alignment.
  • Limited Range of Motion/Inability to Use: Difficulty or inability to move the affected part normally or bear weight on it (if it’s a weight-bearing bone).
  • Tenderness: The area around the fracture is often tender to the touch.
  • Crepitus: A grinding or crackling sensation that may be felt or heard when the fractured bones move against each other.
  • Numbness or Tingling: If nerves are affected.
Complications of Fractures:-

While most fractures heal well, complications can arise:

  • Nonunion: The fracture fails to heal within the expected timeframe.
  • Malunion: The fracture heals in an incorrect position, leading to deformity, limb length discrepancy, or impaired function.
  • Post-traumatic arthritis: Joint pain and stiffness can develop after a fracture, especially if it involves or is near a joint.
  • Infection (Osteomyelitis): Particularly in open fractures (where the bone breaks through the skin) or after surgery, bacteria can enter and infect the bone.
  • Blood Loss: Bones have a rich blood supply, and severe fractures can lead to significant blood loss.
  • Compartment Syndrome: A dangerous condition where swelling within a confined muscle compartment cuts off blood supply to tissues, potentially causing permanent muscle and nerve damage.
  • Nerve or Blood Vessel Damage: The fracture can injure surrounding nerves or blood vessels.
  • Stunted Growth (in children): If a child’s growth plate is fractured.
Advanced Physiotherapy for Post-Fracture Rehabilitation

Physiotherapy is crucial for optimal fracture healing and regaining full function. It typically progresses through stages, adapted to the individual’s needs and the nature of the fracture.

Phases of Fracture Rehabilitation:

I. Immobilization/Acute Phase:

  • Goal: Protect the healing bone and manage initial pain and swelling.
  • Techniques:
    • Pain and Oedema Management: Ice/cold therapy, elevation, gentle massage, and sometimes electrical stimulation (e.g., TENS).
    • Maintaining Proximal/Distal Mobility: Performing gentle exercises for joints above and below the immobilized area to prevent stiffness and maintain circulation.
    • Isometric Exercises: Gentle muscle contractions without joint movement to prevent muscle atrophy and maintain strength without stressing the fracture site.
  • Education: Instruction on proper positioning, precautions, and signs of complications.

II. Early Mobilization/Intermediate Healing Phase:

  • Goal: Gradually restore range of motion, begin light strengthening, and prepare for increased load. This phase typically starts once the bone shows initial signs of healing and the cast/immobilizer is removed (or as advised for internal fixation).
  • Techniques:
    • Graded Progressive Range of Motion (ROM) Exercises: Gentle active and passive movements to improve joint flexibility.
    • Early Strengthening: Introduction of light resistance exercises using body weight, resistance bands, or light weights.
    • Proprioceptive Exercises: Activities to improve joint awareness and balance, especially for lower limb fractures.
    • Scar Tissue Management: Gentle massage and stretching to prevent adhesions if there’s a surgical incision.
    • Weight-Bearing Progression: For lower limb fractures, a carefully structured program to gradually increase weight-bearing, often starting with partial weight-bearing using crutches or a walker.

III. Strengthening and Functional Phase (Advanced Healing):

  • Goal: Restore full strength, endurance, balance, and functional movement for daily activities and return to sport/work.
  • Techniques:
    • Progressive Resistance Exercises: Increasing resistance and complexity of exercises to rebuild muscle strength and endurance. This can include:
      • Open and Closed Kinetic Chain Exercises: Exercises where the hand or foot is free (open) or fixed (closed) to the surface, mimicking real-life movements.
      • Functional Training: Exercises that mimic specific daily tasks, work-related movements, or sports-specific actions (e.g., squats, lunges, step-ups, lifting, carrying).
    • Advanced Balance and Coordination Drills: Single-leg stands, dynamic balance activities, agility drills.
    • Plyometrics: For athletes, introducing jumping and explosive movements in a controlled manner once sufficient strength and stability are achieved.
    • Cardiovascular Conditioning: To improve overall fitness.
    • Sport-Specific or Work-Specific Rehabilitation: Exercises and drills to prepare for return to specific activities.
Manual Therapy in Fracture Rehabilitation

Manual therapy is a “hands-on” approach used by physiotherapists to assess and treat musculoskeletal conditions. It can be highly beneficial in fracture rehabilitation.

Manual Therapy Techniques:-

  • Soft Tissue Mobilization (STM):
    • Techniques: Various massage techniques, sustained pressure, myofascial release, and friction massage.
    • Purpose: To address muscle spasms, reduce pain, improve circulation, release tight muscles and fascia, and break down scar tissue that can limit movement and cause pain. This is particularly important around the fracture site and in muscles that may have become tight or shortened due to disuse.
  • Joint Mobilization:
    • Techniques: Gentle, rhythmic, passive movements applied to specific joints, ranging from small oscillations to larger glides and traction. These movements are typically performed within the physiological range of motion, not forcing beyond tissue resistance.
    • Purpose: To restore normal joint play, reduce stiffness, improve range of motion, decrease pain, and improve the nutrition of articular cartilage. After immobilization, joints often become stiff, and mobilization helps restore their natural movement. The convex-concave rule guides the direction of mobilizations.
  • Manual Stretching:
    • Techniques: Therapist-assisted stretches to improve muscle length and joint flexibility.
    • Purpose: To address muscle tightness and contractures that can develop during immobilization or due to pain avoidance.
  • Trigger Point Release:
    • Techniques: Applying sustained pressure to specific tender points (trigger points) in muscles.
    • Purpose: To alleviate localized pain and referred pain caused by tight bands within muscles.
  • Lymphatic Drainage:
    • Techniques: Gentle, rhythmic strokes to encourage the flow of lymphatic fluid.
    • Purpose: To reduce swelling (oedema) around the fracture site, which can contribute to pain and delay healing.
  • Benefits of Manual Therapy in Fracture Rehabilitation:
    • Pain Reduction: By addressing muscle spasms, trigger points, and joint stiffness.
    • Improved Range of Motion: Restoring joint mobility and muscle flexibility.
    • Reduced Swelling: Through lymphatic drainage techniques.
    • Enhanced Tissue Healing: By improving circulation and reducing mechanical stress on healing tissues.
  • Prevention of Adhesions and Scar Tissue Formation: Particularly important after surgery or if there’s significant soft tissue damage.
  • Improved Proprioception: By stimulating sensory receptors in the joints and muscles.

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