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[Post-traumatic compartment syndrome of the leg (author's transl)].

Fifteen compartment syndromes seen in the first few hours have been collected. Fourteen occurred after tibial fracture and one after a simple contusion. In typical cases it is emphasised that ischaemia affects the contents of the compartment in an insular fashion so that distal ischaemia is not present. The main arteries are sound and demonstrated by distal pulses, the vascularity of the foot, Doppler studies and arteriography. The diagnosis is difficult but must be made at the earliest opportunity by repeated clinical examination. Measurement of the compartment pressure may be useful because the decision for fasciotomy has to be made with some urgency. The critical delay for the anterior compartment is about 12 h following trauma but it is much longer for the posterior compartment. We believe that it is advisable to always perform both anterior and posterior fasciotomy. Seven cases had combined involvement. Necrotic muscle is excised, particularly if it is present in the posterior compartment, because of the risk of contracting fibrosis. In the anterior compartment, the fibrosis can be helpful and reduce the effects of foot drop. Cases in the literature have most often been associated with conservatively treated fractures. We have measured compartment pressures during intramedullary nailing. An increase in pressure is often recorded when the nail is introduced but returns to normal in a few minutes.

Adolescent↗

Early fasciotomy for acute clinically evident posttraumatic compartment syndrome.

Our understanding of the effectiveness of early decompressive fasciotomy for acute posttraumatic compartment syndrome is incomplete. Thirty-two patients who developed acute clinically evident compartment syndrome (23 in the leg, 9 in the forearm) were treated with decompressive fasciotomy an average of 16 hours after injury. Thirty patients (94 percent) underwent fasciotomy in conjunction with other urgent operative procedures mandated by concomitant injuries. Three patients required early amputation for a failed arterial repair. Only 2 of 29 patients with limb salvage (7 percent) had postoperative myoneural deficits after decompressive fasciotomy. Both of these patients had preoperative myoneural deficits. Decompressive fasciotomy before the development of ischemic myoneural deficits prevents the ischemic sequelae of acute clinically evident compartment syndrome.

Acute Disease↗

Massive ventral hernias: role of tissue expansion in abdominal wall restoration following abdominal compartment syndrome.

Massive ventral hernias may result from a variety of clinical situations. One such clinical situation, a common problem in trauma patients, is abdominal compartment syndrome. Abdominal compartment syndrome frequently results in a massive abdominal defect when primary closure after surgical decompression is not possible. We offer a technique for repairing these massive ventral hernias by first expanding the lateral abdominal wall muscles, fasciae, and skin with tissue expanders and then closing the defect with elements of the "components separation" method. Additionally we present other clinical situations resulting in a massive ventral hernia that were repaired using this technique.

Abdomen↗

Autologous bone marrow mononuclear cell implantation induces angiogenesis and bone regeneration in a patient with compartment syndrome.

A 28-year-old man developed compartment syndrome in the right lower leg after fracture of the tibia and fibula. Despite fasciotomy, many arteries collapsed and union of the tibial and fibula fractures did not occur. Autologous bone marrow mononuclear cell (BMMNC) implantation for therapeutic angiogenesis and subsequent bone regeneration was performed and 4 weeks later, angiography showed a marked increase in collateral vessels surrounding the tibial fracture, and union was completed 6 months later. BMMNC implantation therapy might provide therapeutic angiogenesis and osteogensis in patients with compartment syndrome.

Bone Marrow Transplantation↗

[Neuropathy of common sciatic nerve secondary to compartment syndrome as a complication after bariatric surgery].

INTRODUCTION: With regards to the use of bariatric surgery on very obese patients and prolonged interventions, isolated cases of a compartment syndrome by compression and secondary rhabdomyolysis have been described. We describe a case which presented with a compartment syndrome, rhabdomyolysis and neuropathy of the common sciatic nerve. CLINICAL CASE: A 39 year old male with morbid obesity and high blood pressure, who after being subjected to 5 hours long bariatric surgical intervention, presented with intense pain, muscle binding and paresis in the musculature dependent on left common sciatic nerve. A creatinkinase (CK) level of 78,000 IU and volume increase of the left gluteal compartment were noted. On serial computarized tomography scans this increased leading to gluteal atrophy and ischiotibials. Evolution was negative without functional recovery and poor pain control. The patient presented with a compartment syndrome and secondary rhabdomyolysis triggered by the pressure on the gluteal zone on the operating table. The prolonged duration of the surgery, obesity and microvascular affectation due to hypertension, could be factors implicated in the development of the syndrome. The affectation of the sciatic nerve, not described as a complication of this type of surgery, is explained by pressure exercised on the compartment block on the sciatic nerve, with secondary ischaemia. CONCLUSIONS: Early determination of CK, carrying out postural changes during surgery and early post-operative neuromuscular examination, looking for signs of compartment syndrome, should be systematically carried out after bariatric surgery. The early carrying out of a decompressive fasciotomy considering a compartment syndrome could reduce or avoid the neurological complications.

Adult↗

Medial compartment syndrome of the foot: an unusual complication of spine surgery.

STUDY DESIGN: Descriptive case report. OBJECTIVES: To report the case of a child with medial compartment syndrome of the foot following posterior spinal instrumentation and fusion. SUMMARY OF BACKGROUND DATA: No previous study has reported medial compartment syndrome of the foot following spinal surgery. METHODS: A 15-year-old female with progressive idiopathic scoliosis was taken for posterior instrumentation and fusion. The patient had a history of severe postexertional cramping in the feet following athletics. Surgery progressed uneventfully and the patient was continuously monitored with somatosensory-evoked potentials, which showed no changes. In the recovery room, the patient complained of severe cramping in one foot that was similar to her postexertional cramping. This was lessened with massage and ketorolac. Soreness continued in the foot into postoperative day one and then increased overnight. On the morning of postoperative day 2, pressure in the medial compartment was found to be 97 mm Hg and she was taken for fasciotomy, which found necrosis of the abductor hallucis muscle, and all other compartments of the foot were normal. RESULTS: At the 6-month follow-up, the patient is doing well with no known sequelae. CONCLUSION: This was a very rare case of medial compartment syndrome of the foot following spine surgery. We believe that the patient had a predisposition, whether neurologic or vascular, toward cramping in the foot and that this activity was stimulated by the nerve stimulation during the evoked potential monitoring. Although the patient had thoracic epidural analgesia after surgery, it was not felt to have contributed to the development or result of the compartment syndrome. We strongly advocate for checking patients feet and legs during surgery for overactivity and stress the need for a high index of suspicion for compartment syndrome for unexplained pain after surgery.

Adolescent↗

Orbital compartment syndrome mimicking cerebral herniation in a 12-yr-old boy with severe traumatic asphyxia.

OBJECTIVE: To report a case of orbital compartment syndrome mimicking cerebral herniation in a boy with severe traumatic asphyxia. DESIGN: Case report. SETTING: A tertiary-care pediatric intensive care unit. SUBJECT: A 12-yr-old boy with traumatic asphyxia syndrome. INTERVENTION: Mechanical ventilation, chest tube drainage, nitric oxide, lateral canthotomies, intracranial pressure monitoring. MEASUREMENTS AND MAIN RESULTS: A patient is presented with severe traumatic asphyxia syndrome complicated by prolonged hypoxemia, massive capillary leak syndrome, and acute onset of pupillary dilation and loss of reactivity to light. Ophthalmologic examination confirmed bilateral orbital compartment syndrome, which was treated emergently with bilateral canthotomies at the bedside. The procedure was followed by prompt return of pupillary size and function and decrease in intraocular pressure. The patient experienced complete recovery of vision in the right eye, but vision in the left eye was severely impaired. CONCLUSIONS: Our case report emphasizes the importance of considering orbital compartment syndrome in patients with traumatic asphyxia syndrome. Recognition of orbital compartment syndrome is important in this setting because prompt operative intervention may reduce the likelihood of permanent vision loss.

Accidents, Traffic↗

Hypertonic lactated saline resuscitation reduces the risk of abdominal compartment syndrome in severely burned patients.

BACKGROUND: Secondary abdominal compartment syndrome is a lethal complication after resuscitation from burn shock. Hypertonic lactated saline (HLS) infusion reduces early fluid requirements in burn shock, but the effects of HLS on intraabdominal pressure have not been clarified. METHODS: Patients admitted to our burn unit between 2002 and 2004 with burns > or =40% of the total body surface area without severe inhalation injury were entered into a fluid resuscitation protocol using HLS (n = 14) or lactated Ringer's solution (n = 22). Urine output was monitored hourly with a goal of 0.5 to 1.0 mL/kg per hour. Hemodynamic parameters, blood gas analysis, intrabladder pressure as an indicator of intraabdominal pressure (IAP), and the peak inspiratory pressure were recorded. Pulmonary compliance and the abdominal perfusion pressure were also calculated. RESULTS: In the HLS group, the amount of intravenous fluid volume needed to maintain adequate urine output was less at 3.1 +/- 0.9 versus 5.2 +/- 1.2 mL/24 h per kg per percentage of total body surface area, and the peak IAP and peak inspiratory pressure at 24 hours after injury were significantly lower than those in the lactated Ringer's group. Two of 14 patients (14%) in the HLS group and 11 of 22 patients (50%) developed IAH within 20.8 +/- 7.2 hours after injury. CONCLUSION: In patients with severe burn injury, a large intravenous fluid volume decreases abdominal perfusion during the resuscitative period because of increased IAP. Our data suggest that HLS resuscitation could reduce the risk of secondary abdominal compartment syndrome with lower fluid load in burn shock patients.

Abdomen↗

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↗

Bilateral compartment syndrome associated with androgen therapy: a case report.

A patient being treated with androgens developed an acute bilateral compartment syndrome. Androgens are known to cause hypertrophy of muscle, which in a closed fascial compartment may predispose to a compartment syndrome. While an acute syndrome has not been reported previously, patients on androgen therapy frequently complain of cramps and leg pain, which may be manifestations of chronic compartment syndrome. The above case report does not establish a positive cause and effect relationship, but because this occurrence has not been documented before we believe the relationship should be considered. Patients on androgens should be examined for the possibility of compartment syndromes, either acute or chronic. The actual compartment pressures can be measured in suspected cases.

Adult↗

[The anterior compartment syndrome of the leg].

The Authors define the compartment syndrome as a pathological condition collecting various clinical pictures constantly characterized by a rise of pressure in a restricted and inextensible not modifiable space, with circulatory difficulty and suffering of the tissues in this district. The only diagnosis is clinic. Functional and instrumental semiotics aren't of great aid. The quickly evolving clinical picture commands a timely diagnosis and a precocious intervention to reduce compartmental pressure by fasciotomy and eventual epimysiotomy effectual in the first twelve hours.

Adolescent↗

[Acute compartment syndrome].

The object of this article is to review the current knowledge about the acute compartment syndrome. The syndrome is caused by increased pressure in a muscle compartment and may result from several different conditions: fractures, contusions, haemorrhage, poisoning etc. The pathological physiology is complicated but the main theory is that progressive venous hypertension is involved and that this causes cessation of the microcirculation of the muscle concerned. The clinical diagnosis is described and pressure recording apparatus is reviewed. Treatment of the acute compartment syndrome consists of fasciotomy. Common sites are indicated and operative techniques suggested. Fasciotomy should be performed with compartmental pressures of about 30 mmHg. The untreated compartment syndrome will result in muscular fibrosis and nerve injury and will thus cause incapacitating conditions which may be avoided entirely if fasciotomy is performed in time.

Acute Disease↗

Compartment syndrome in a child occurring after femoral artery cannulation.

Compartment syndromes have not been reported in association with femoral artery cannulation for invasive blood pressure monitoring in children. We report a case that presented atypically in a child admitted in extremis due to small bowel obstruction and who had a 20 G femoral arterial cannula sited during resuscitation. The compartment syndrome was diagnosed after repeated measurements of compartment pressures.

Anterior Compartment Syndrome↗

Effort-related chronic compartment syndrome of the lower extremity.

Effort-related chronic compartment syndrome (ERCCS) of the lower extremity is often misdiagnosed, requiring repeated visits to the physician and subsequent delay in definitive treatment. The most significant causes of chronic leg pain in physically active individuals are stress fractures, shin splints, and "exercise-induced" or effort-related chronic compartment syndrome. In patients susceptible to ERCCS, the fascial compartments are too small to accommodate the associated 20% increase in muscle mass that typically occurs with heavy exercise. The increased pressure within a small unyielding compartment limits circulation and subsequent muscle function. The only appropriate conservative treatment is cessation of the offending activity. Early suspicion of the condition is paramount, because the definitive treatment is fasciotomy. ERCCS has only recently been recognized, and therefore it may be underdiagnosed. Family physicians and general medical officers caring for otherwise healthy soldiers and athletes should be aware of ERCCS so that prompt orthopedic referral for evaluation and definitive treatment will not be delayed.

Adult↗

Vacuum-assisted closure for fasciotomy wounds following compartment syndrome of the leg.

This study evaluated the efficacy of vacuum-assisted closure (VAC) for treatment of fasciotomy wounds for traumatic compartment syndrome. The authors reviewed the records of a consecutive series of 34 patients who had compartment syndrome of the leg requiring the standard two-incision release of all four compartments and received the application of VAC therapy until the time of definitive wound closure or coverage. A matched series of 34 consecutive antecedent patients with the same entry criteria, except for the use of the VAC, were also studied and served as a control group. The main parameter of interest was the time to "definitive closure" (delayed primary closure with sutures or skin graft coverage) of the wounds. Of the 68 wounds in 34 patients managed with VAC, the average time to definitive closure for both the lateral and the medial wounds was 6.7 days. For the 70 wounds in the 34 control patients, the average time to definitive closure was 16.1 days. This difference in time to wound closure between the VAC group and the non-VAC group was statistically significant (p < .05). Subatmospheric treatment for compartment syndrome of the leg after fasciotomy theoretically helps to speed the resolution of the swelling and tissue edema that are often components of this clinical entity. Experimental work has shown vacuum-assisted wound management to be effective in hastening the resolution of wound edema, enhancing local blood flow, promoting granulation tissue, and thwarting bacterial colonization. These factors may account for its utility in the management of fasciotomy wounds in the setting of compartment syndrome of the leg.

Compartment Syndromes↗

Surgical management of exertional compartment syndrome of the lower leg. Long-term followup.

Forty-six limbs in 28 patients were surgically treated for exertional compartment syndrome. One group of 16 patients (26 limbs) underwent a fasciotomy for exertional anterior compartment syndrome (Group 1). A second group of 12 patients (20 limbs) underwent a fasciotomy for exertional deep posterior compartment syndrome (Group 2). Patients in Group 2 experienced symptoms for a significantly longer time than those in Group 1:16 versus 6.8 months (P < 0.01). All three of the pressure measurements used in this study (resting pressure, 1 minute after exercise, and 5 minutes after exercise) were significantly higher in both groups than in normal controls (P < 0.01). The 1 minute after exercise values were significantly higher in Group 1 (mean, 36.5) than in Group 2 (mean, 29.1) (P < 0.01). In Group 1, 25 of 26 limbs (96%) had excellent results. In Group 2, 13 of 20 limbs (65%) had satisfactory results (5 excellent and 8 good) and 7 (35%) had unsatisfactory results (4 fair and 3 poor). Those patients who had an unsatisfactory outcome did so within 6 months. Patients in Group 1 had a significantly higher rate of satisfactory results than those in Group 2 (P < 0.05).

Adolescent↗

Lower extremity compartment syndrome from prolonged lithotomy position not masked by epidural bupivacaine and fentanyl.

BACKGROUND. Compartment syndrome involving the lower extremity is a rare complication of surgical procedures that incorporate the lithotomy position. In patients who are at risk for this complication, the safety of using postoperative epidural anesthesia with local anesthetics has been questioned because of the difficulty in recognizing compartment syndrome with ongoing epidural blockade. RESULTS. The authors describe a case of lower extremity compartment syndrome that developed after a radical cystectomy with the patient in the lithotomy position. Prompt recognition occurred despite the use of epidural anesthesia with bupivacaine and fentanyl.

Aged↗

[Management of postoperative compartment syndrome -- case report].

AIM: Differential diagnosis and management of the lower extremity compartment syndrome as a potentially devastating complication of prolonged surgery in the lithotomy position. CASE REPORT: A 55-year-old patient underwent radical cystoprostatovesiculourethrectomy including reconstruction of an ileal conduit because of a multifocal recurrent tumor of the urinary bladder (operating time > 8 hours). On the first postoperative day, the patient complained about swelling within the right calf leading to the suspicion of a deep vein thrombosis. Phlebography of the right leg revealed: i) thrombosis-untypical occlusion of the distal popliteal vein and ii) no detection of the deep vein within the right calf (femoral and iliac veins were with no pathological finding). Tissue pressure was as follows: right, 55 mmHg/left, 11 mmHg, underlining clinical suspicion of compartment syndrome. The patient underwent a fasciotomy of the right calf. Over the following 5 days, muscle edema decreased, allowing subsequent mobilization of the patient. On the 8 (th) postoperative day, the patient died unexpectedly due to an acute myocardial infarction. CONCLUSION: In case of a swelling of the lower extremity after long-lasting surgical interventions performed in lithotomy position, a compartment syndrome is one of the possible differential diagnoses, the consequences of which can be avoided by an early diagnostic and adequate treatment.

Compartment Syndromes↗