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Free-flap reconstruction of traumatic lower extremity wounds.

A retrospective review of 20 free-tissue transfers for reconstruction of traumatic lower extremity wounds was undertaken. The wounds consisted of Gustilo type IIIb injuries resulting from motor vehicle accidents, falls, motorcycle and four-wheel, all-terrain vehicle accidents, and a laceration from a lawnmower blade. Fifty percent of the procedures were for open tibia fractures. The most common flap used was the rectus abdominis, followed by the latissimus dorsi, serratus anterior, and radial forearm. There were two major complications resulting in flap loss. Adequate and multiple debridements, selection of the appropriate flap, meticulous surgical technique, and postoperative care continue to be the essentials of free-flap coverage. With a motivated patient, limb salvage and return to function can be achieved after most high-energy injuries.

Accidental Falls↗

[Injuries of the large veins of the limbs].

161 observations of the extremity vein injuries, including 141 cases with associated arterial injuries and 11 cases with isolated traumas, as well as 9 cases of replantation of the extremity in complete tears are analysed. Venous reconstruction was performed in 37 patients, in the remainder veins were ligated. Indications to reconstructive procedures and ligation of injured veins are discussed.

Arm↗

Croatian rugby project. Part II: injuries.

BACKGROUND: Studies of rugby injuries in countries where rugby is not popular are rare. The aim of the study was to analyze the epidemiology and other characteristics of injuries in the first Croatian-Slovenian rugby league (CSRL) and the influence of anthropometric characteristics, body composition and constitution on the epidemiology of injuries. METHODS: Eleven anthropometric measures for the assessment of anthropometric characteristics, body composition and constitution were obtained in a sample of 111 voluntarily participating rugby players from the CSRL in the middle of the season 1996/97. After the season a questionnaire about injuries sustained in the past season was retrospectively filled up by 106 players who finished the first part of the study. Injuries were classified according to Garraway and Macleod and the 9th revision of the International Classification of Diseases. RESULTS: The incidence of injuries was 1.24 per 1000 hours of rugby training and 28.22 per 1000 hours of playing in matches. Low club position in rugby division (statistically significant, p<0.05), age from 25 to 34 years, forwards position in a team, being tackled, and beginning of autumn or spring season were identified as risk factors for injuries. The most frequent sites of injury were legs. The most frequent injuries were dislocations, strains and sprains of ankle and foot. CONCLUSIONS: The incidence of injuries in matches was more than two times higher than in more developed Scottish rugby, statistically positively correlating with the team position in division. There are no statistically significant differences in anthropometric characteristics, body composition and constitution of injured and uninjured players.

Anthropometry↗

The management of long bone fracture in the spinal cord injured patient.

Principles of management of long bone fractures in patients with spinal cord injuries vary with the type of fracture and duration of quadriplegia. Class I fractures (acute injuries) are managed by existing principles of long bone fracture management with a tendency to open reduction and internal fixation to dispense with the necessity of plaster casts on insensate skin. Class II fractures (pathologic--osteoporotic) heal well, require minimal specific treatment, and open reduction is usually contraindicated. Class III fractures (acute injuries in chronic paraplegia) are treated with methods least likely to disrupt the patient's life style in a wheelchair. Open reduction should be used whenever there are difficulties with circular casts and traction methods.

Arm Injuries↗

Theoretical estimation of binding release values.

In summary, it can be stated that the optimal binding setting for either the inadvertent release criterion or for the fracture criterion is a function of the binding characteristics. This study suggests that such binding characteristics should be a factor incorporated in recommended binding setting tables for the recreational skier. Bindings with large motions (large energy absorption capabilities) are most likely to meet both the fracture and inadvertent release criteria. Bindings with large motions are more likely to cause fracture if friction exists. This study emphasizes the necessity for reducing binding friction to an absolute minimum. Frictional resistance seriously compromises the performance of contemporary bindings.

Athletic Injuries↗