AO-Trained Trauma Surgeon in Thane

Trauma & Fracture Surgery

Scientific fracture fixation based on AO (Arbeitsgemeinschaft für Osteosynthesefragen) principles. Expert management of complex fractures with emphasis on anatomical alignment and early mobilization.

Trauma Surgery

Expert Trauma & Fracture Care

Trauma surgery requires precise diagnosis and immediate intervention. We specialize in complex fracture management using AO principles—the international gold standard for fracture fixation.

AO-trained surgical techniques and principles

Complex fracture and periarticular injury expertise

Locking plate fixation and intramedullary nailing

Focus on anatomical alignment and early mobilization

Fracture Types We Manage

Femur (Thighbone) Fractures

Including femoral neck, intertrochanteric, and shaft fractures requiring precise fixation for optimal mobilization.

Tibia (Shinbone) Fractures

Complex tibial plateau, shaft, and pilon fractures managed with advanced fixation techniques.

Humerus (Arm Bone) Fractures

Proximal and distal humerus fractures requiring anatomical reduction and early rehabilitation.

Pelvis & Hip Fractures

Complex pelvic injuries and hip fractures managed with specialized positioning and fixation.

Periarticular Fractures

Fractures near joints (shoulder, elbow, ankle) requiring specialized surgical approaches.

Polytrauma Management

Multiple fractures and injuries managed with coordinated surgical priorities.

AO Fracture Management Principles

Anatomical Reduction

Precise alignment of bone fragments to restore anatomical structure and joint congruity.

Restore limb alignment
Align articular surfaces
Achieve proper rotation

Stable Fixation

Secure fixation methods that allow early mobilization and rapid bone healing.

Locking plate systems
Intramedullary nailing
Screw fixation

Soft Tissue Respect

Minimally invasive techniques that preserve blood supply and muscle attachments.

Muscle-sparing approaches
Limited surgical trauma
Preserved vascularity

Early Mobilization

Rehabilitation started immediately post-op to prevent stiffness and complications.

Same-day or next-day movement
Progressive weight-bearing
Functional exercises

Advanced Fixation Techniques

Locking Plate Fixation

High-strength plates with fixed-angle screws providing superior fixation with minimal soft tissue damage.

Indications:

Shaft fractures, metaphyseal injuries, comminuted fractures

Intramedullary Nailing

A metal rod inserted into the medullary cavity of the bone, providing load-sharing fixation.

Indications:

Femoral shaft, tibial shaft, humeral shaft fractures

Percutaneous Screw Fixation

Minimally invasive screw placement for optimal reduction with minimal tissue trauma.

Indications:

Femoral neck, ankle, metaphyseal fractures

Tension Band Wiring

Dynamic fixation technique converting tension forces to compression across the fracture.

Indications:

Olecranon, patella, medial malleolus fractures

Recovery & Return to Function

Week 1-2

Acute Phase

Pain management, wound care, immediate mobilization begins

Week 3-6

Early Mobilization

Progressive range of motion, gentle strengthening exercises

Week 7-12

Progressive Loading

Gradual weight-bearing advancement, resistance exercises

3-6 Months

Functional Recovery

Return to normal walking, stairs, basic activities

6-12 Months

Complete Healing

Bone union confirmed, return to all activities

Why Choose Dr. Paresh for Trauma Surgery?

AO-Trained Trauma Surgeon

Certified training in international gold-standard trauma management protocols

Complex Fracture Expertise

Specialized experience in periarticular, comminuted, and polytrauma cases

Advanced Surgical Techniques

Mastery of locking plates, nailing, and minimally invasive approaches

Scientific Approach

Evidence-based surgical planning for optimal anatomical restoration

Expert Fracture Surgery in Thane

For acute injuries, we coordinate with hospitals for emergency care. For post-injury consultations and complex fracture cases, contact our clinic.

Adult and Paediatric Fracture Care

Fractures in children are not simply smaller versions of adult injuries. Growing bone behaves differently, which changes how injuries are assessed and treated.

Adult Fracture Care

  • Mature bone that has stopped growing, so fractures must be reduced and held in near-anatomical position
  • Fixation with plates, screws or intramedullary nails following AO principles
  • Early mobilisation to reduce stiffness and the risks associated with prolonged immobility
  • Existing conditions such as osteoporosis or diabetes may affect healing and are considered in planning

Paediatric Fracture Care

  • Growth plates are areas of developing cartilage near the ends of bones; injuries involving them need careful assessment
  • Children's bones generally heal faster than adults', and growing bone can remodel some residual angulation over time
  • Many childhood fractures are treated without surgery, using casting or splinting
  • Where surgery is needed, techniques are chosen to protect the growth plate and future growth
  • Follow-up may continue for longer to confirm that growth is progressing normally

If your child has had a fall or injury and cannot use the limb, has obvious deformity, or has significant swelling and pain, seek medical assessment promptly. An X-ray is often needed, as some fractures in children are not obvious from the outside.

Related Treatments

Where to Consult Dr. Paresh R. Wadile

Medical disclaimer: This page provides general information about orthopaedic treatment and is not a diagnosis or a personal treatment recommendation. Suitability for any procedure depends on individual assessment, and outcomes vary between patients. Please consult a qualified doctor for advice about your own condition.