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At least 415 records · Page 23Linked to original sources

The etiology and conservative treatment of humeral epicondylitis.

The etiology of humeral epicondylitis and three different conservative methods of treatment were prospectively studied during two years in patients visiting a large occupational health center. Eighty-eight workers, 50 male and 38 female, out of 7600 suffered from humeral epicondylitis. The annual incidence was 59 per 10 000 workers. The mean age was 43 years. The main cause (61.4%) of tennis elbow was over-exertion of the finger and wrist extensors in trained workers. Forty-seven patients were treated with local corticosteroid and anesthetic injections (beta-methasone + lidocaine), 20 patients with methylprednisolone injections and 21 patients with wrist immobilization in combination with indomethacin. The result of therapy was excellent or good in 82% of the cases after six months and in 90% after one year. No significant differences (p greater than 0.1) in results were observed between patients treated with different therapies. Two patients (2.3%) were operated on after conservative treatment had failed.

Adult↗

Common injuries in the child or adolescent athlete.

As more primary care physicians enter the field of Sports Medicine, they will inevitably encounter more injured young athletes than what they may have experienced in their private practices. Recognizing the differences that exist between the young athlete and adult is essential in properly diagnosing and rehabilitating these athletes. As mentioned in our previous article (Caring for the School-Aged Athlete, Primary Care, December 1994), comprehensive care of the young athlete can be quite involved and somewhat different from care of the adult population. This article focuses on some specific injuries unique to younger, skeletally immature athletes, while mentioning the differential diagnosis of some of the other common sports injuries shared by both younger and older athletes.

Adolescent↗

[Traumatic axial dislocation injury of the carpus and metacarpus with triquetrum fracture. Rare entity or typical injury].

Although there are only 39 reports of compression injuries with axial dislocation of the carpus and metacarpus, there are similar patterns of injury. In all cases the dislocation is located either between the first and second or the third and fourth metacarpals and the corresponding carpal bones so that weak points of the carpal arch can be assumed in these regions. Clinical and radiological findings in a 22-year-old patient with dislocation of the third and fourth metacarpals and a fracture of the os triquetrum of the right hand after compression injury of both forearms with severe soft tissue injuries are described. Wound débridement and subsequent skin grafting were performed. The osseous lesions were reduced and held by two Kirschner wires and an external fixator. Results at follow-up were satisfactory.

Accidents, Occupational↗