Complex orthopaedic trauma surgery involves managing severe fractures, joint injuries and damage affecting multiple musculoskeletal structures. Treatment may require specialised imaging, surgical fixation and coordinated rehabilitation. The approach depends on fracture patterns, tissue damage, associated injuries and the patient's overall clinical condition. Early assessment is important in serious injuries.
Pelvic fractures can result from major accidents or, in some patients, lower-energy injuries affecting weakened bones. Severe fractures may involve significant bleeding and other injuries requiring emergency treatment. Orthopaedic management focuses on assessing fracture stability, protecting surrounding structures and selecting appropriate non-surgical or surgical stabilisation.
Acetabular fractures affect the socket of the hip joint and may disrupt the smooth articulation between the pelvis and femur. Complex injuries can require surgical realignment and fixation to restore joint anatomy. Treatment planning considers fracture displacement, cartilage damage, associated injuries and the patient's mobility requirements.
Internal fracture fixation uses plates, screws, rods or other implants to stabilise broken bones when surgery is appropriate. The goal is to restore alignment and support healing while protecting nearby tissues. Procedure selection depends on fracture location, bone quality, soft-tissue condition and individual medical factors.
Total knee replacement involves replacing severely damaged joint surfaces with artificial components. It may be considered for selected patients with advanced arthritis, persistent pain and substantial functional limitations despite appropriate conservative treatment. Surgical assessment includes joint alignment, bone quality, ligament stability and postoperative rehabilitation needs.
Total hip replacement replaces damaged components of the hip joint with artificial implants. The procedure may be recommended for advanced arthritis, certain fractures or other conditions causing major pain and reduced mobility. Treatment planning considers hip anatomy, underlying disease, medical fitness and the expected benefits and risks.
Robotic-assisted joint replacement uses computer-guided technology to support selected aspects of surgical planning and implant positioning. The surgeon remains responsible for clinical decisions and performing the operation. Whether robotic assistance is suitable depends on the affected joint, available technology and the patient's anatomy and treatment needs.
Reconstructive orthopaedic surgery addresses selected bone and joint problems resulting from trauma, deformity or previous damage. Procedures may involve bone correction, fixation, grafting or joint reconstruction. The treatment approach depends on the underlying condition, anatomical abnormalities, stability and the patient's long-term functional goals.
Sports injuries can affect muscles, ligaments, tendons, cartilage and bones. Common symptoms include pain, swelling, reduced movement and instability. Assessment may involve clinical examination and targeted imaging. Treatment ranges from rest, structured rehabilitation and activity modification to surgical management for selected injuries that affect stability or function.
ACL reconstruction is a surgical procedure used to restore knee stability in selected patients with significant anterior cruciate ligament injuries. A tendon graft replaces the torn ligament. Surgery may be considered when functional instability persists or activity requirements justify reconstruction. Rehabilitation is essential to support recovery.
The meniscus is cartilage within the knee that helps distribute weight and support joint stability. Injuries may cause pain, swelling or locking sensations. Management depends on tear type, location, symptoms and associated injuries. Selected patients may undergo arthroscopic repair, while others benefit from non-operative treatment.
Knee arthroscopy is a minimally invasive procedure that uses a small camera and specialised instruments to examine or treat selected joint problems. It may be considered for particular meniscus injuries, loose fragments or other mechanical abnormalities. Suitability depends on symptoms, imaging findings and response to previous treatment.
A shoulder dislocation occurs when the upper arm bone moves out of its normal joint position. Treatment requires appropriate examination and, when indicated, prompt reduction. Recurrent instability may require rehabilitation or selected surgical procedures. Assessment considers ligament injuries, bone damage and the patient's activity level.
Osteoarthritis causes progressive deterioration of joint cartilage and surrounding structures, often resulting in pain, stiffness and reduced movement. Management may include exercise, weight management, physiotherapy, medication and selected injections. Joint replacement is considered when significant symptoms persist despite appropriate non-surgical treatment.
Corrective osteotomy involves cutting and repositioning a bone to address selected deformities or abnormal joint loading. It may be considered when anatomical alignment contributes to pain or functional problems. Treatment planning includes imaging, bone quality assessment and evaluation of surrounding joints and soft tissues.
Orthopaedic consultation focuses on conditions affecting bones, joints, ligaments, muscles and tendons. Patients may present with pain, swelling, stiffness, deformity or difficulty moving. Clinical examination and appropriate imaging help determine the diagnosis. Treatment may include medication, physiotherapy, supportive devices or surgical assessment when necessary.