This book provides a detailed examination of orthopedic surgery, focusing on the procedures and techniques used to restore function to the musculoskeletal system. It begins with the fundamental principles of fracture care, explaining the classification of breaks and the critical decision-making process between non-operative casting and surgical intervention. The narrative details the core techniques of open reduction and internal fixation, describing the application of plates, screws, and intramedullary nails to realign and stabilize bone fragments for optimal healing. A parallel discussion covers external fixation, outlining its use in managing severe, open fractures or cases with significant soft tissue damage where extensive internal hardware is not advised.

A significant portion of the text investigates elective joint replacement surgery. The work guides the reader through the meticulous process of total hip and knee arthroplasty, from preoperative planning and the selection of prosthetic components to the precise surgical steps of bone preparation and implant fixation. It contrasts traditional approaches with minimally invasive techniques, weighing the benefits of smaller incisions against the technical challenges they present. The book further explores arthroscopic procedures, highlighting the use of the camera-equipped scope to diagnose and treat a wide array of conditions within major joints. It details the techniques for repairing torn menisci in the knee, reconstructing ruptured ligaments in the shoulder, and debriding damaged cartilage, all performed through small portal incisions.

The narrative extends to spinal surgery, covering procedures from discectomy and laminectomy for nerve decompression to complex spinal fusions for instability and deformity correction. It explains the use of pedicle screws, rods, and interbody cages to achieve spinal alignment and stability. The text also addresses the surgical management of degenerative conditions, such as carpal tunnel release in the wrist and rotator cuff repair in the shoulder. A recurring theme is the integration of new technologies, including computer-assisted navigation for improved implant positioning and the use of biologics like bone grafts and growth factors to enhance the body’s natural healing response. This journey presents orthopedic surgery as a discipline that blends the mechanical precision of an engineer with the restorative art of a physician, employing a diverse and evolving toolkit to help patients regain mobility, alleviate pain, and return to their active lives.