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Treatment of Dupuytren's contracture. Long-term results after fasciotomy and fascial excision.

Of 359 hands treated surgically for Dupuytren's contracture, 135 were available for study after two years or more, often because of recurrence. Of the sixty-five hands treated by excision of the involved fascia (subtotal fasciectomy), 63 per cent had recurrences in the area operated on but only 15 per cent had sufficient deformity to warrant another operation. Of the forty-one hands treated by palmar fasciotomy, 43 per cent had recurrent deformities severe enough to warrant further surgical treatment. After palmar fasciotomy, improvement at the metacarpohalangeal joint persisted; but, as expected, the deformity at the proximal interphalangeal joint progressed just as it did in an untreated control group. The average postoperative period of disability was fifty-nine days after fasciectomy and twenty-one days after fasciotomy. Stiffness and hematoma occurred after fasciectomy but were not observed after fasciotomy. A digital nerve was severed during one fasciotomy and one fasciectomy. Excision of the involved fascia, therefore, gave the best long-term results but was associated with a higher incidence of postoperative complications.

Dupuytren Contracture

Fasciotomy in the treatment of the acute compartment syndrome.

Sixty-six cases of acute compartment syndrome were treated by fasciotomy in forty-six extremities of forty-four patients. Fasciotomy performed early, that is, less than twelve hours after the onset of the compartment syndrome, resulted in normal function in 68 per cent of the extremities. Only 8 per cent of those having late fasciotomy had normal function. The complication rates for the early and late fasciotomized extremities were 4.5 per cent and 54 per cent, respectively. No significant differences in residual function or complication rate were noted with "open" or "closed" fasciotomy.

Acute Disease

[Functional sequelae in tibial shaft fractures with compartment syndrome following primary treatment with urgent fasciotomy].

In a retrospective study on 28 patients, the incidence, nature and severity of the sequelae after severe lower leg trauma were studied. All patients had a tibial shaft fracture with a complete or impending compartment syndrome, treated with an urgent stabilisation and an adequate decompressive fasciotomy. In a thorough clinical examination, performed 17 months after trauma, the mobility of the knee and ankle joint, the perimetry of the lower leg and foot, and the muscle strength of all lower leg muscles were measured. Contractures were noticed, superficial sensibility was tested and an evaluation of march was done. More than one fourth of the patients showed late functional disabilities, mainly because of limitation of the dorsiflexion of the ankle joint, reduction of the muscle strength of the foot extensors, contractures of the foot flexors and abnormal superficial sensibility. The more severe the primary soft tissue trauma was, the more severe the functional disabilities were. The severity of the soft tissue damage, resulting from the trauma itself, is the most important factor for the late functional result after lower leg trauma. The compartment syndrome is certainly an aggravating factor when it is not treated by urgent fasciotomy. But this does not mean that all patients with lower leg fracture and compartment syndrome, treated with urgent fasciotomy, will show excellent functional end results.

Adolescent

Tissue pressure measurements as a determinant for the need of fasciotomy.

An experimental and clinical tehcnique of measuring tissue pressures within closed compartments demonstrates a normal tissue pressure is approximately zero mmHg, and increased markedly in compartmental syndromes. There is inadequate perfusion and relative ischemia when the tissue pressure within a closed compartment rises to within 10-30 mm Hg of the patient's diastolic blood pressure. Fasciotomy is usually indicated, therefore, when the tissue pressure rises to 40-45 mm Hg in a patient with a diastolic blood pressure of 70 mm Hg and any of the signs or symptoms of a compartmental syndrome. There is no effective tissue perfusion within a closed compartment when the tissue pressure equals or exceeds the patient's diastolic blood pressure. A fasciotomy is definitely indicated in this circumstance, although distal pulses may be present. The measurement of tissue pressure aids in the early diagnosis and appropriate treatment of compartmental syndromes.

Aged

[Para-tibial fasciotomy].

Fifty patients with large venous ulcers have been surgically treated by paratibial fasciotomy plus dissection of incompetent perforating veins since January 1990. The operative mortality rate was 0.0%. A single significant complication (hematoma) required a secondary operation. Forty-eight ulcers healed within 8 weeks completely. In two cases, the venous ulcers recurred. Healing could be obtained under conservative treatment. Our results suggest that paratibial fasciotomy is the method of choice for the treatment of chronic deep venous insufficiency stage III after unsuccessful conservative treatment.

Fasciotomy

Plantar fasciotomy for intractable plantar fasciitis: clinical results and biomechanical evaluation.

Thirteen consecutive patients underwent plantar fasciotomy in 16 feet for intractable plantar fasciitis and had follow-up from 4.5 to 15 years. Plantar fasciotomy was successful (good or excellent results) for 71% of the 14 feet operated on and for which follow-up data were available. However, time to full recovery was prolonged, additional treatment was frequently required, and abnormalities of foot function persisted. Flattening of the longitudinal arch occurred. Dynamic force-plate studies showed differences in peak vertical, fore-aft, and lateral-medial forces between patients and matched controls. More rapid progression of weightbearing along the longitudinal axis of the foot during stance phase in patients indicated avoidance of heel loading.

Adolescent

Chronic compartmental syndrome of the abductor pollicis longus and extensor pollicis brevis muscles: report of a case treated with fasciotomy.

A 32-year-old man with a chronic compartmental syndrome of the muscle bellies of the abductor pollicis longus and the extensor pollicis brevis muscles was successfully treated by fasciotomy of the muscle sheath. It is pointed out that this condition was primarily due to hypertrophy of the muscles combined with overuse edema. This condition should be differentiated from De Quervain's disease.

Adult

Clinical results of decompressive dermotomy-fasciotomy.

Seventy-three dermotomy-fasciotomies (DFs) were performed in 68 patients from 1986 to 1991. A database record was compiled on each patient. Variables included age, mode of injury, method of initial wound closure, and associated injuries. A multivariate stepwise logistic regression analysis was performed to determine which variables were associated with wound complications. Thirty-eight percent of patients who underwent DF developed wound complications. One hundred percent of those patients with postoperative arterial or graft thrombosis developed wound complications (p less than 0.01) as did 78% of those with thromboembolic disease (p less than 0.05). Conversely, only 5% of those who underwent closure of their DF wounds utilizing skin grafts developed wound complications (p less than 0.01) as compared with 51% of those who underwent secondary or primary closure only. Subsequent analysis of the remaining patients, excluding those with severe soft tissue injury, showed an association between location of DF (upper versus lower extremity) and the development of wound complications that approached statistical significance (p less than 0.06). DF is frequently necessary in the treatment of patients with compartment syndrome but is associated with significant morbidity. This study suggests that closure of DF wounds utilizing skin graft allows for continued osteofascial decompression while concomitantly minimizing invasive sepsis.

Adolescent

Early decompression fasciotomy in the treatment of high-voltage electrical burns of the extremities.

Based on a knowledge of electropathophysiology, a recommended treatment has been proposed for the management of extensive high-voltage electrical burns. Early, aggressive, surgical intervention consisting of adequate decompression fasciotomy and wound debridement has been emphasized as the first line of treatment. Frequent redebridements under general anesthesia are important to the preservation of viable tissue. Early coverage procedures or attempts at primary closure following decompression are contraindicated in high-voltage injuries. This method of treatment in eight cases of high-voltage, electrical injury has preserved viable tissue, decreased the incidence of fatal sepsis and renal shutdown, decreased patient morbidity, and generally facilitated patient rehabilitation.

Adult

Extensor fasciotomy for tennis elbow: a long-term follow-up study.

In 37 of 43 cases (86%) the late results of fasciotomy for chronic lateral epicondylitis were excellent or good. The initial result was maintained for an average of 8.0 years. The procedure is simple and morbidity is minimal. Patient selection and technical factors appeared to account for the failures.

Adult

The long-term results of enzymic fasciotomy.

We reviewed ten hands in nine patients who had enzymatic fasciotomy for Dupuytren's contracture, with an average follow-up of 6.5 years. While all patients were initially satisfied with the results, the disease recurred quite rapidly to pre-operative levels in seven patients over the subsequent two to three years.

Dupuytren Contracture

The pathophysiology of the anterior tibial compartment syndrome: an experimental investigation.

In an experimental study in dogs of the anterior tibial compartment syndrome, three measurements were taken before, during, and following raising pressure in the compartment: blood flow, muscle function, and peroneal nerve conduction. If fasciotomy was performed within 4 hours, peroneal nerve conduction velocity always returned to normal regardless of amount of pressure or length of time pressure was applied; if performed after 12 hours peroneal nerve conduction velocity did not return to normal at any pressure or time condition, suggesting that irreversible damage to the nerve had occurred. Blood flow, as measured by rate of clearance of Xe133, always returned to normal within 2 hours of fasciotomy regardless of the time postinjury or amount of pressure applied. Muscle function (CPK and LDH) did not always return to baseline with fasciotomy and in some instances the absolute values were higher after fasciotomy. Further clinical studies using these measurements are recommended.

Animals