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External skeletal fixation in severe limb trauma.

Ten patients with 12 severe limb injuries managed by external skeletal fixation over 2 years are presented. Two major indications for external skeletal fixation divided the fractures into groups: A) extensively open fractures requiring wound care and closure by other than primary methods, and B) grossly unstable fractures requiring stabilization for soft-tissue support and fracture alignment. Group A was composed of five extremity fractures with skin and muscle loss and deep tissue contamination. Wound management was the primary problem. Wound closure, prevention of an infection, and limb salvage were the treatment goals in this group. Group B was seven severely comminuted extremity fractures with significant swelling and in some cases, questionable soft-tissue survival. Five were open, but not extensively. Instability was the primary problem. Fracture control, soft-tissue support, and limb salvage were the treatment goals in this group. Mean followup period for all fractures was 9.4 months. No amputations, deep infections, or deaths resulted. Wound care and closure were facilitated in all open fractures. Loss of contused tissues with marginal vascular supply was felt to be minimized. Delayed unions were common in both groups. Two malunions and one nonunion occurred. Treatment goals in both groups were accomplished.

Adolescent

Pathologic fractures of long bones.

Sixty-two cases of pathologic fractures occurring in 53 patients treated at Scott and White Memorial Hospital from 1966 to 1976 are reviewed and analyzed with regard to type of neoplastic lesion, location, mode of therapy initiated, functional stability of therapy selected, and average length of survival after orthopedic procedure. Pertinent literature is reviewed, and our results are compared with those of other series.

Breast Neoplasms

Acute bowing fractures of the forearm in children: a frequently missed injury.

Acute bowing of the bones of the forearm in children following trauma has only recently been recognized as a clinical and radiographic entity. This type of injury has been overlooked in the past because of lack of familiarity with the mechanical properties of curved tubular bones. Absence of a fracture line and the usual findings associated with a healing fracture on radiographs has contributed to the lack of recognition of this condition. The mechanism of injury, clinical and radiographic findings, clinical implications, and classification of these elusive childhood fractures are discussed on the basis of a study of 13 children.

Adolescent

Multiple symmetrical fractures of bone of unresolved etiology.

The clinical, laboratory, and radiologic picture of a unique patient with symmetrical fractures of the anterior tibial midshafts, dorsal ulnar cortices, and lateral metatarsals is presented. The findings are not compatible with a diagnosis of osteogenesis imperfecta or osteomalacia despite osseous fragility. The elevated serum pyrophosphate and low urine phosphate content suggest that abnormalities in phosphate metabolism may have contributed to the formation of bone which is biochemically and structurally deficient.

Child

The range of motion following fracture of the shaft of the forearm in children.

Eighteen children with fracture of the shafts of the forearm were reexamined in adulthood. All fractures had primarily been displaced but reduced to a good position without residual axial or ad latem displacement. At follow-up there was no sign of deformity in the radiograms of the two bones. However, the range of motion for supination and pronation was significantly decreased. This implies that factors other than residual deformity are responsible for this dysfunction.

Adolescent

Remodelling after distal forearm fractures in children. I. The effect of residual angulation on the spatial orientation of the epiphyseal plates.

The effect of residual fracture angulation on the distal radial and ulnar epiphyseal plates was studied in children aged 1 to 15 years. Thirty-eight fractures located in the distal fifth of the forearm bones were observed for 1 to 25 months after the fractures had healed. The forearms were examined radiographically on two to five occasions and the inclinations of the epiphyseal plates in relation to the long axis of the proximal fragments were measured. The results showed that an abnormal inclination of the epiphyseal plate after healing of a distal forearm fracture induced an alteration of growth in the epiphyseal plate. The redistribution of growth tended to correct the abnormal inclination. The rate of correction followed an exponential course. The age of the child at the time of the fracture and the distance from the fracture to the epiphyseal plate did not influence the capacity for correction.

Adolescent

[Plate osteosynthesis using the support principle].

In the operative treatment of fractures there are special principles for plating by support. Osteosynthesis is indicated for comminnuted fractures and bone defects in the metaphysis. Plating for distance also is established for fractures and pseudarthroses with defects in the diaphysis. This method is especially recommended for fractures of the head of the tibia and for reconstructing the pilon tibial.

Biomechanical Phenomena