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PubMed1987

Fracture of the tibia complicated by acute compartment syndrome.

A consecutive series of 32 patients with tibia fractures complicated by compartment syndrome was treated with fasciotomy. One group was also treated with closed reduction of the fracture and cast immobilization and compared with a comparable group treated with internal fixation without case immobilization after fasciotomy. All other patients were treated with fasciotomy and reduction followed with either external skeletal fixation, pins and plaster, or skeletal traction. Care of the open fasciotomy incisions, observation of the neurovascular status of the limb, and rehabilitation of the extremity were facilitated by internal fixation operations without subsequent external cast immobilization. The anatomic and functional results in this group were better than those treated with fasciotomy and cast immobilization. All fractures were united by 20 weeks. Complications in both groups were similar, although one deep infection, which was resolved with appropriate treatment, occurred in the group treated with internal fixation. Six open tibia fractures were treated with external skeletal fixation after fasciotomy; the results were less satisfactory, but the initial injuries were also more severe in this group. Patients with closed tibial fractures complicated by compartment syndromes should be treated expeditiously with fasciotomy, followed by stable internal fixation.

Acute Disease↗
PubMed1992

Exertional compartment syndrome in covert mild hemophilia. A case report.

A 37-year-old white male experienced unexpected postoperative bleeding after fasciotomy and decompression for left pronator and compartment syndromes of the forearm. He was subsequently diagnosed with a mild form of hemophilia A. One year later, surgery was required for right pronator and compartment syndromes. Pre- and postoperative cryoprecipitate infusions controlled bleeding following the second operation until the patient discontinued his infusions, resulting in a wound hematoma. Covert mild hemophilia is implicated in the pathogenesis of his compartment syndromes.

Adult↗
PubMed2005

Compartment syndrome in children and adolescents.

BACKGROUND: The authors performed a computerized search of the National Pediatric Trauma Registry for all patients who had compartment syndrome during a 51-month period. METHODS: One hundred thirty-three cases were identified. Boys outnumbered girls 4 to 1. The median age was 12 years and the peak incidence was in the 10- to 14-year-old age group. RESULTS: The most common mechanisms of injury were pedestrians struck by motor vehicles, falls, sports, and occupants in motor vehicle crashes. Eighty-five percent of the cases were the sequelae of fractures. Forearm fractures were the most common cause in the upper extremity, and tibia and/or fibula fractures were most common in the lower extremity. CONCLUSIONS: Open fractures significantly increased the risk of developing a compartment syndrome for both forearm and leg fractures. Sixty percent of the patients went directly from the emergency room to the operating room, suggesting that the others developed the compartment syndrome after admission, or had delayed diagnosis.

Accidents↗
PubMed1989

Chronic compartment syndrome. An unusual cause for claudication.

Chronic Compartment Syndrome (CCS) is usually caused by overuse injury in well-conditioned athletes (particularly runners). Less common causes of CCS include blunt trauma, venous insufficiency, and tumor. CCS is clinically manifested as claudication, tightness, and occasional paresthesia. Unlike other forms of overuse injury (tendonitis, stress fracture), CCS does not respond to rest, anti-inflammatory medications, or physical therapy. The diagnosis of this condition is confirmed by elevated compartment pressures (normal less than 15 mmHg; CCS greater than 20 mmHg). The only effective treatment is surgical compartment release. Two hundred nine patients have been surgically treated for CCS, 100 by subcutaneous fasciotomy (group I) and 109 by open fasciectomy (group II). These procedures were usually performed in ambulatory surgery using local anesthesia. Patients treated by open faciectomy instead of subcutaneous fasciotomy had fewer early postoperative wound complications (6% vs. 11%) and fewer late recurrences (2% vs. 11%).

Adult↗
PubMedDate not supplied

The anterior compartment syndrome in the lower leg. Review and role of the EMG examination.

The Anterior Compartment Syndrome is a relatively rare affection with a wide spectrum of etiologies. Like every compartment syndrome, it is a condition in which high pressure in a rigid osteofascial space reduces capillary blood perfusion so that tissue viability is threatened. When pressure remains sufficiently high for a number of hours, normal muscle and nerve functions become disturbed which may lead to myoneural necrosis. Therefore, an early decompression by means of fasciotomy is essential. Clinical examination is of critical importance in reaching a diagnosis: first of all a painful swelling occurs, followed by muscular paresis or paralysis, and finally loss of sensation and a "silent" electromyogram (EMG). In some cases pressure measurements are necessary, in which tissue pressures over 30 to 40 mm Hg are considered abnormal. The EMG-examination is useful in order to achieve a diagnosis and to assess the degree of injury. It may be an important guide for further rehabilitation.

Aged↗
PubMed2004

[Abdominal compartment syndrome in an urological patient].

OBJECTIVES: Abdominal compartment syndrome is an infrequent clinical entity, the course of which has a rapid progression with multiorgan compromise leading to a fatal outcome if appropriate and urgent action is not undertaken. METHODS AND RESULTS: We report the clinical case of a patient who developed the clinical picture after renal trauma. Diagnosis was obtained by CT scan and arteriography, afterwards the patient required ICU admission with intra-abdominal pressure monitoring, and several decompression laparotomies before definitive closure with a reabsorbable mesh. CONCLUSIONS: Urologists should know the existence of this syndrome its appropriate treatment, because we manage patients who are candidates to suffer it. Due to the high mortality rate associated, it is essential to know how to recognize it in order to act fast.

Abdomen↗
PubMed1991

[Compartment syndrome--indication for a treatment error?].

The compartment syndrome is a complication caused by trauma or treatment, which indicates liability especially as a result of minor injuries or treatment. According to the outstanding importance of observation of the course of treatment the careful documentation also has to be stressed. However, remaining damages give no reason for an (apparent) evidence of a failure of treatment.

Compartment Syndromes↗
PubMed1989

The spectrum of heat related injury with compartment syndrome.

Heat injury, exertional rhabdomyolysis, and anterior compartment syndrome are all conditions seen in strenuously exercising populations. We report four cases of acute heat injury followed by significant but varying degrees of focal tissue ischemia with rhabdomyolysis. One patient died and all survivors experienced a significant deficit in function. We feel that meticulous attention given to preventive measures may reduce the incidence of this catastrophic event.

Adolescent↗
PubMed1990

Compartment syndrome after prolonged surgery with leg supports.

Compartment syndrome has been reported in a few cases after prolonged surgery with patients in leg supports. A recent case in our hospital (57-year-old man undergoing cystourethrectomy because of cancer) made us interested in the problem. This case together with six from the literature are analysed. Moreover, the first 11 cases operated on with a pelvic pouch and ileoanal anastomosis at our department were reviewed. They had been in the leg support position for a median duration of 6.4 (5.8-8) h. In four of them leg pain and swelling developed within 12 h. Three showed regression within a few days, one after a week. In one patient with swelling compartment pressure was measured with a transducer tipped catheter. Intermittently the pressure was up to 50 mm Hg. There was an obvious decrease in pressure on knee bending. Also, in a patient without swelling large pressure variations were seen but not to critical levels.

Adult↗
PubMed1987

Unrecognised compartment syndrome in a patient with tourniquet palsy.

We report a case in which compartment syndrome and tourniquet paralysis occurred simultaneously. This is a previously unreported combination which presents a diagnostic problem. We recommend that electrophysiological studies and continuous monitoring of compartment pressures should be used to minimise morbidity in high-risk cases.

Adult↗
PubMed1994

[The pre-positioned intracutaneous suture--a method for treatment of soft tissue defects after fascia splitting in acute compartment syndrome].

In the treatment of the acute compartment syndrome open fasciotomy gives rise to a wide soft tissue opening. The persistence of this opening prevents a timely change to internal osteosynthesis in case of additional fractures usually treated by a fixateur externe. Closure of the skin defect itself requires additional surgery. The cosmetical results particular in cases of a mesh-grafting are unsatisfactory. After open fasciotomy the prepositioned intracutaneous suture is a simple operation technique leading to early wound closure with a good cosmetical result.

Adolescent↗
PubMed2000

Influenza A induced rhabdomyolysis resulting in extensive compartment syndrome.

This is a case of influenza A induced rhabdomyolysis resulting in extensive compartment syndrome and acute renal failure in a 10-year-old child. The patient required fasciotomies in all four extremities. Even after fasciotomies were performed, the muscle tissue continued to swell, suggesting a primary myositis. This case emphasizes the importance of considering the diagnosis of compartment syndrome in patients with influenza infection and severe myalgia.

Acute Kidney Injury↗
PubMed2003

Compartment syndrome--current trends in Scottish practice.

The results are reported of a postal survey into current trends in the management of compartment syndrome and the use of compartment pressure monitoring (CPM) within Scottish trauma units. The majority of consultants in the study felt that all patients, especially the obtunded, with suspected compartment syndrome should be diagnosed using a combination of clinical review and CPM. 73% had CPM devices available representing an increase of 27% compared with previously published UK data. 43% improvised a device using a standard CVP/Arterial-line, transducer and monitor. Marked variation in threshold pressure was noted with the majority recommending perfusion pressure (PP) of diastolic blood pressure (DBP)--intracompartmental pressure (ICP) < 30 mmHg for intervention. We have found no published evidence to suggest that CPM in itself is harmful. Although a marked variation in intervention threshold exists in the literature, we would support a perfusion pressure of < 30 mmHg as being a safe, familiar and conservative intervention threshold, particularly when used in conjunction with clinical assessment.

Body Fluid Compartments↗
PubMed1993

[Chronic stress-related compartment syndrome of the forearm].

The chronic anterior compartment syndrome of the forearm is a rare pathology (3 cases have been already published), and of new knowledge. Three new cases on 2 patients (one on both sides) are described here. The authors describe recent advances about physiopathology, exploration and surgical treatment. It is due to strenuous activity using flexor muscles of the forearm without any release period (here motor cyclist competition). The symptom was pain at the anterior forearm similar to cramp. The most important for diagnosis was to measure the pressure after activity. The threshold level read after activity was up to 30 mm of Hg, with a very slow coming back to normal value. The isotopic scanner with hydroxyl methylene di-phosphonate (HMDP), after activity, showed a delay of arrival of the tracer and a stasis. RMI seems to give abnormal modification of the signal. The only treatment was surgical and an open fasciotomy of superficial and deep fascia must be done, with opening of the muscle's perimysium. The patients became painfree and resumed their sport after surgical treatment.

Adult↗
PubMed2005

Two minimal incision fasciotomy for chronic exertional compartment syndrome of the lower leg.

Chronic exertional compartment syndrome (CECS) of the leg is a pathological condition often related to overuse in subject who engage repetitive physical activities. Fascial release is the mainstay of surgical management. The purpose of this study was to evaluate the results obtained with a double incision decompressive fasciotomy. Eighteen consecutive athletes with a diagnosis of anterior and/or lateral CECS of the leg were operated on with a minimal double incision fascial release after a mean period of 4 months after onset of symptoms. In 11 cases (61%) CECS was bilateral. Surgery was performed without tourniquet and active mobilization was starting immediately. Sports activities were resumed gradually at a mean period of 25 days. The athletes were followed until 2 years. All resumed pre-injury level sports activity. Two patients (18%) of the 11 who underwent to bilateral fasciotomy referred a sensation of leg weakness for an average period of 3 months. The surgical technique presented in this paper seems to be a good mean to treat anterior and lateral leg CECS. The use of tourniquet is deconselled to obtain an accurate intraoperative haemostasis so reducing the risk of post-operative haematoma.

Adult↗
PubMed2006

Resuscitation fluid volume and abdominal compartment syndrome in patients with major burns.

Abdominal compartment syndrome (ACS) is rarely reported as a complication of severe burn. This study clarified the risk of burned patients with and without ACS, especially regarding the resuscitation fluid volume. Extensively burned patients admitted to our burn unit from January 2003, through to June 2004, were examined. Vital signs, blood gas analysis, bladder pressure to estimate intra-abdominal pressure (IAP), peak inspiratory pressure (PIP), resuscitation fluid volume, and urine output (UO) were analyzed. Intra-abdominal hypertension (IAH) was defined as an IAP of more than 30 cm of H2O. Eight of 48 patients suffering from a more than 30% total burn surface area developed ACS in 18.3+/-4.9 h. In these patients, IAP (49+/-12 cmH2O), PIP (50+/-16 cmH2O), heart rate (115+/-8/min), and PaCO2 (54.6+/-10.1 mmHg) were higher than normal, and their resuscitation volume was 0.40+/-0.11 L/kg. Also, a significant correlation between the IBP, PIP and resuscitation volume was observed. Most patients with severe burns required more than 300 mL/kg of resuscitation fluid for the first 24 h after injury that led to ACS and had higher HR, IBP, PIP and PaCO2 despite arterial pressure showing no significant difference.

Abdomen↗