Surgery for ischemic pain and Raynaud's' phenomenon in scleroderma: a description of treatment protocol and evaluation of results

Although the literature suggests that palmar sympathectomy (PS) with or without vascular reconstruction may improve ischemic digital pain, fingertip ulceration, and cold intolerance in patients with scleroderma, the question regarding long-term efficacy still remains. This retrospective study of six patients (eight hands) operated on between 1995 and 1997 evaluates both early (6 months) and long-term (average, 2.5 years) outcome after PS in combination with decompression arteriolysis of the radial and ulnar arteries proximal to the wrist. When preoperative digital blood flow was inadequate based on noninvasive vascular studies and major inflow occlusion was present, vascular reconstruction was also performed when feasible. At early review, significant improvement in ischemic digital pain and moderate improvement in cold intolerance resulted in eight hands, and at final follow-up, this was sustained in seven hands. Preoperatively, digital ulcerations were present in six hands. After digital debridement and/or amputation, all wounds healed, but in one patient with bilateral disease who continued to smoke, ulcerations recurred without the need for subsequent surgery. Five of six patients were no longer dependent on narcotic analgesics, but use of vasodilator medication did not change. Five of six patients claimed significant improvement in the quality of life after surgery and reported that they would undergo the surgery again. PS in combination with radial and ulnar arteriolysis appears to be efficacious at both early and long-term review. When major inflow occlusion exists and digital blood flow is compromised, vascular reconstruction is recommended if possible. We review our treatment protocol in this complex population of patients.

Arthroscopic-assisted rotator cuff repair: patient selection and treatment outcome

Over a 4-year period 24 patients out of 376 who required a rotator cuff repair were selected for arthroscopic-assisted rotator cuff repair. Preoperative selection criteria were refractory pain in the setting of good range of motion and strength (after an impingement test), absence of radiographic superior humeral head translation, and magnetic resonance imaging evidence of minimally retracted tear without rotator cuff muscle atrophy. Intraoperative selection criteria were the findings of an avulsion-type tear configuration with good tendon quality and absence of subscapularis tendon involvement. Based on these intraoperative criteria, 7 of the 24 patients were converted to an open approach to mobilize retracted and friable tendon tissue in a complex tear configuration. The remaining 17 patients underwent a transosseous arthroscopic-assisted rotator cuff repair with an average postoperative follow-up of 23 months. Evaluation by an independent therapist determined the postoperative American Shoulder and Elbow Surgeons Shoulder Function Index of 96 +/- 3 for the operative shoulder. The Functional Rating Scores for Activities of Daily Living and Sports Activity Score were 89% +/- 10% and 87% +/- 12%, respectively. Instrumented isometric strength for abduction and external rotation strength in the operated shoulder were 94% +/- 20% and 93% +/- 20%, respectively, compared with the contralateral unoperated side. Five of eight patients who performed overhead sports returned to a premorbid level of performance, and 14 of 15 patients available for follow-up believed that their result was excellent. We conclude that through careful selection one can identify patients optimally suited for arthroscopic-assisted rotator cuff repair, but some may have to be converted to an open end approach because of the quality of the tendon tissue and configuration of the tear requiring soft tissue releases.

Soft-tissue defects of the digits. Coverage considerations

This article evaluates common techniques for coverage of digital tissue defects including skin grafts, advancement flaps, rotation flaps, thenar flaps, and fillet flaps. An appreciation of the physiology of flap healing in relation to the health of the defect site and the potential functional result better guides the choice of optimal-tissue coverage.

Orthopedic implants: a guide to radiographic analysis

Orthopedic technology is growing at a rapid rate. New implants reflect this technology whether it pertains to fracture fixation, joint replacement, spine stabilization, or soft-tissue reconstruction. This monograph is designed to assist both the radiologist and the orthopedist in accurately assessing plain radiographs of commonly used orthopedic implants. We discuss the biologic response of the surrounding bone to these devices; herein lies the key to understanding the radiographic presentation of these devices.

Evaluation of buoyant hydrofitness devices for leg musculoskeletal conditioning

Air splints have been used for immobilization of fractures, skin graft stabilization and preprosthetic rehabilitation of the amputated lower limb. The purpose of this clinical study was to assess its use as a hydrofitness device to facilitate walking reeducation, to produce muscle strengthening and to increase joint extensibility in patients with weak legs. The performance of the air splint as a hydrofitness device was compared to that of the new foam hydrofitness device. The parameters used to assess the performance of these devices included durability, application and removal times, joint extensibility and the magnitude of the fluid drag forces. On the basis of this evaluation, the performance of the foam hydrofitness device was judged to be superior to that of the air splint for leg musculoskeletal conditioning.

Bioengineering principles of hydrotherapy

Hydrotherapy is based on several important bioengineering principles that permit the design and development of aquatic exercise devices, techniques and programs. These principles involve several forces (buoyancy, drag, inertia), hydrostatic pressure and the specific heat of water. By acquiring a knowledge of these bioengineering principles, an individualized exercise program can be prescribed that will enhance physical fitness which is associated with desirable psychological changes.