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[Complex trauma of the foot].

Following complex foot injuries (incidence up to 52%) in the multiply-injured patient the ultimate goal remains the same as for all significant foot injuries: the restoration of a painless, stable and plantigrade foot to avoid corrective procedures with moderate results. In the case of a complex trauma of the foot (5 point-score)--e.g. a crush injury--primary amputation in the multiply-injured patient (PTS 3-4) is indicated. Limb salvage (PTS 1-2) depends on the intraoperative aspect during the second look (within 24-48 hours after injury): the debridement has to be radical, the selection of amputation level should be at the most distal point compatible with tissue viability and wound healing. A free tissue transfer should be done early if necessary. Single lesions presenting with a compartment syndrome need an immediate dorsal fasciotomy, in the case of a multiply-injured patient as soon as possible. Open fractures are reduced following radical debridement and temporarily stabilized with K-wires and/or tibiotarsal transfixation with an external fixateur until the definitive ORIF. Dislocation-fractures of the talus type 3 and 4 according to Hawkins' classification need open reduction and internal fixation by screws (titan). Open fractures of the calcaneus are stabilized temporarily by a medial external fixateur after debridement until the definitive treatment. If there is a compartment syndrome an immediate dermatofasciotomy is essential. Like closed, calcanear fractures in multiply-injured patients dislocation-fractures of the Chopart's joint need immediate open reduction only if it is an open fracture or associated with a compartment syndrome. The incidence of a compartment syndrome in the case of dislocation fractures of the Lisfranc's joint is high and therefore a dorsal dermatofasciotomy without delay is critical. Open reduction and internal fixation are achieved either by 1.8 mm K-wires or 3.5 mm cortical screws. To avoid further soft tissue damage a delayed primary closure can be necessary and a temporary tibio-tarsal transfixation is useful. Despite the life-threatening injuries of the multiply-injured patient one must insist on an exact diagnosis of the foot trauma (radiographs in 3 standard projections: exact lateral, dorso-plantar, 45 degrees oblique) if long-term disability due to articular incongruities and complex derangement of the arc geometry of the foot is to be avoided.

Amputation, Surgical↗

High school cross country running injuries: a longitudinal study.

OBJECTIVE: To determine the incidence rate of injury among high school cross country runners over a 15-year period. DESIGN: Prospective-longitudinal. SETTING: Twenty-three high schools in western Washington State under the surveillance of the University of Washington Athletic Health Care System between 1979-1994. PARTICIPANTS: One hundred and ninety-nine cross country teams. MAIN OUTCOME MEASURE: Injuries resulting from running in a cross country practice or meet. RESULTS: There were 1,622 injuries for an overall injury rate of 13.1/1,000 athletic exposures (AEs), i.e., participation of a runner in a practice or meet. Girls had a significantly higher overall injury rate (16.7/1,000 AEs) than boys (10.9/1,000 AEs) (p < 0.0001). Girls also had significantly higher injury rates than boys for both initial (p < 0.0001) and subsequent injuries (p < 0.0001), especially those at the same body location (p = 0.0001). This difference in risk estimates was consistent over a 15-year period. Nearly three-fourths of the injuries resulted in < or =4 days of disability. Overall, higher rates of initial injuries were reported during practices (9.2/1,000 AEs) than in meets (7.8/1,000 AEs) (p = 0.04). Shin injuries had the highest overall rates of new injury (1.9/1,000 AEs) and reinjury at the same body location (53.9/1,000 AEs). Girls had significantly higher initial injury rates than boys for shin (p < 0.0001), hip. and foot injuries (p < 0.01), and higher reinjury rates for knee. calf, and foot injuries, respectively (p < 0.05). CONCLUSION: The results of this study suggest that girl cross country runners are at higher risk of injury and reinjury than boy cross country runners.

Adolescent↗

[Medical opinion about injuries in the foot area (author's transl)].

One-seventh of all fractures concerns the foot, excluding the malleolus, and injuries of the lower leg and knee are also followed by disturbances in the foot. One-third of the foot injuries lead to a 30% disability. Some of the lesions are often undiagnosed (ligaments, articular cartilage, subtotal luxations of the talus or calcaneus, fractures and luxations of the cuneiform bones I and II and tarsal bones I--III, additional foreign bodies in the metatarsus). For expert opinion anamnesis, complaints, objective findings, and functional state are important. X-ray pictures in two or three directions or tomograms are needed for differential diagnosis. Knowledge of the laws and of jurisdiction is required to form an opinion.

Disability Evaluation↗

The ballet technique shoe: a preliminary study of eleven differently modified ballet technique shoes using force and pressure plates.

Ballet dancers are vulnerable to various stress-related injuries; foot and ankle injuries are the most common. This study determined if the pressure across the foot could be more evenly distributed by wearing various modified technique shoes padded with PPT, Spenco, or Sorbathane, alone or in combinations. A professional ballet dancer performed a jump by taking a single step on his left foot, jumping and landing with his right foot on the force and pressure plates with each modified shoe plus one unmodified shoe. The results of this study revealed: (1) total force cannot be reduced, (2) center of gravity and the majority of the pressure is maintained over the first and second metatarsal heads, and (3) the modified technique shoe can more evenly distribute pressure to the medial arch and away from the toes, metatarsal heads, and heel.

Athletic Injuries↗

A vascularized osteocutaneous fibular free flap for reconstruction of a complex injury of the foot.

The foot plays a vital role in standing and gait. Its function results from harmonious interaction of bones, joints, and soft tissue. An imbalance or a defect in these structures can result in problems. The cuneiform bone of the foot consists of three bones: medial, intermediate, and lateral. Its structure plays an important role in maintaining the skeletal arch and it supports the body's weight. A defect or dislocation can disrupt the distribution of the weight-bearing complex of the foot and can lead to difficult gait.

Adolescent↗

Free composite groin flap and vascularized external oblique aponeurosis for traumatic avulsion injuries of the foot.

Avulsion trauma to the dorsum of the foot is usually combined with skin and tendon loss. Five patients with such composite tissue loss were treated with composite free groin flaps including the external oblique aponeurosis based on the superficial circumflex iliac vessels. The groin flaps resurfaced the skin defect and the vascularized fascia was used to replace the absent extensor tendons in a single-stage reconstruction. All the composite free tissue transfers were successful. When compared with conventional treatments, the advantages of this technique are one-stage reconstruction, faster wound healing, and fewer adhesions of the reconstructed tendons.

Adult↗