JAAOS, Volume 18, No. 4

Reporting and notification of adverse events in orthopaedics.

Surgeons should know how to alert the US FDA when an adverse event occurs with a device that has been approved by the FDA. Documentation of such events is critically important to help identify trends concerning a particular device, thereby helping surgeons and other health care professionals avoid similar events. The FDA created the MedWatch program to aid health care professionals in reporting adverse events. Orthopaedic surgeons can use the program to get up-to-date alerts and help protect their patients.

      • Subspecialty:
      • Clinical Practice Improvement

    Hip dislocation: evaluation and management.

    A simple hip dislocation is one without fracture of the proximal femur or acetabulum. Complex fracture-dislocations involve the acetabulum, femoral head, or femoral neck. The incidence of posttraumatic arthritis is much lower in simple dislocations than in fracture-dislocations. The most common mechanism of injury is a high-energy motor vehicle accident, which is usually associated with other systemic and musculoskeletal injuries. The hip should be reduced emergently in an atraumatic fashion. For acetabular fracture, intraoperative stress views may be necessary to evaluate for instability and to determine whether surgical fixation is required. The appearance of a concentric reduction on plain radiographs and CT does not rule out intra-articular hip pathology; such injury may contribute to long-term degenerative changes. Other complications of hip dislocation include osteoarthritis, osteonecrosis, and sciatic nerve injury. Indications for surgical management include nonconcentric reduction, associated proximal femur fracture (including hip, femoral neck, and femoral head), and associated acetabular fracture producing instability. Surgical management ranges from formal open arthrotomy to minimally invasive hip arthroscopy. Hip arthroscopy has become popular for treating intra-articular hip pathology, including loose bodies, chondral defects, and labral tears.

        • Subspecialty:
        • Trauma

      Advances in the management of spinal cord injury.

      Historically, clinical outcomes following spinal cord injury have been dismal. Over the past 20 years, the survival rate and long-term outcome of patients with spinal cord injury have improved with advances in both medical and surgical treatment. However, the efficacy and timing of these adjuvant treatments remain controversial. There has been a tremendous increase in the number of basic science and clinical studies on spinal cord injury. Current areas of investigation include early acute management, including early surgical intervention, as well as new pharmacotherapy and cellular transplantation strategies. It is unlikely that a single approach can uniformly address all of the issues associated with spinal cord injury. Thus, a multidisciplinary approach will be needed.

          • Subspecialty:
          • Trauma

          • Spine

        Evolving techniques in foot and ankle amputation.

        Multiple clinical pathways lead to lower extremity amputation, including trauma, dysvascular disease, congenital defects, and malignancy. However, the principles of successful amputation-careful preoperative planning, coordination of a multidisciplinary team, and good surgical technique-remain the same. Organized rehabilitation and properly selected prostheses are integral components of amputee care. In the civilian setting, amputation is usually performed as a planned therapy for an unsalvageable extremity, not as an emergency procedure. The partial loss of a lower limb often represents a major change in a person's life, but patients should be encouraged to approach amputation as the beginning of a new phase of life and not as the culmination of previous treatment failures.

            • Subspecialty:
            • Foot and Ankle