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A case is described of compartment syndrome of the lower leg after closed intramedullary nailing of the tibia in which the diagnosis was delayed because an epidural analgesia technique masked the pain. The syndrome was treated by open four-compartment fasciotomy.
BACKGROUND: The abdominal compartment syndrome (ACS) is a recognized complication of damage control surgery (DCS). The purposes of this study were to (1) determine the effect of ACS on outcome after DCS, (2) identify patients at high risk for the development of ACS, and (3) determine whether ACS can be prevented by preemptive intravenous bag closure during DCS. METHODS: Patients requiring postinjury DCS at our institution from January 1996 to June 2000 were divided into groups depending on whether or not they developed ACS. ACS was defined as an intra-abdominal pressure (IAP) greater than 20 mm Hg in association with increased airway pressure or impaired renal function. RESULTS: ACS developed in 36% of the 77 patients who underwent DCS with a mean IAP prior to decompression of 26 +/- 1 mm Hg. The ACS versus non-ACS groups were not significantly different in patient demographics, Injury Severity Score, emergency department vital signs, or intensive care unit admission indices (blood pressure, temperature, base deficit, cardiac index, lactate, international normalized ratio, partial thromboplastin time, and 24-hour fluid). The initial peak airway pressure after DCS was higher in those patients who went on to develop ACS. The development of ACS after DCS was associated with increased ICU stays, days of ventilation, complications, multiorgan failure, and mortality. CONCLUSIONS: ACS after postinjury DCS worsens outcome. With the exception of early elevation in peak airway pressure, we could not identify patients at higher risk for ACS; moreover, preemptive abdominal bag closure during initial DCS did not prevent this highly morbid complication.
Many disorders of the orbit produce an increase in intraorbital pressure, which may result in the development of an orbital compartment syndrome and visual loss. Traditionally, orbital tension is assessed clinically by indirect means based on retrodisplacement of the globe. The authors describe their experience with the "slit-catheter" technique for direct tissue pressure measurement as applied to the orbit. The preliminary results indicate that normal orbital pressure ranges from 3.0 to 6.0 mm Hg. In patients with Graves' orbitopathy the values ranged from 7.0 to 15.0 mm Hg. The results suggest that the technique may have many exciting possibilities as a clinical research tool in orbital disease, and its use will result in better understanding of orbital compartment syndromes.
A 46-year-old male patient experienced extreme pain in the dorsal forearm after strenuous work. He had the classical physical findings of compartment syndrome and elevation of compartment pressure of 45 mm by direct measurement. A decompressive fasciotomy of the dorsal musculature provided total relief of pain, and subsequently full recovery of all function occurred.
Two patients with three postoperative calf compartment syndromes, which followed prolonged lithotomy positioning, will be presented. Potential physiologic mechanisms are described, and a review of current cases in literature are summated.
Chronic exercise-induced compartment syndrome of the first dorsal interosseous muscle of the hand is a rare condition. The presented complaint is a dull muscle pain which can be increased by hyperextension of the index metacarpo-phalangeal joint and by repetitive key grip. Two patients complaining of these symptoms could successfully be treated by simple fasciotomy of the first dorsal interosseous compartment.
A rare case of posttraumatic dorsal compartment syndrome of the upper arm is reported. This case was diagnosed by measuring the intracompartmental pressure. The patient was administered local anesthesia and immediately underwent surgery. The result was successful.
We report a case of cellulitis, compartment syndrome, and septicemia associated with fish handling. The etiologic pathogen isolated from the wound and blood cultures was Plesiomonas shigelloides. The pathogen can cause serious illness in people handling fish.
Fluid homeostasis within muscle compartments is maintained by four pressures: capillary blood pressure, capillary blood oncotic pressure, tissue-fluid pressure, and tissue fluid oncotic pressure. As determined in the canine anterolateral compartment, capillary blood pressure is 25 +/- 3 millimeters of mercury; capillary blood oncotic pressure, 26 +/- 3 millimeters of mercury, tissue-pbessure, -2 +/- 2 millimeters of mercury; and tissue-fluid oncotic pressure, 11 +/- 1 millimeters of mercury. The wick technique allows direct measurement of tissue-fluid pressure in skeletal muscle and, with minor modifications, is adapted to collect microsamples of interstitial fluid for determinations of tissue-fluid oncotic pressure. The wick technique detects very slight fluctuations in intracompartmental pressure such as light finger compression, injection of small volumes of fluid, and even pulsation due to adjacent arterial pressure. Adjacent muscle compartments may contain different tissue-fluid pressure due to impermeable osseofascial barriers. Our results obtained in canine muscle compartments pressurized by infusion of autologous plasma suggest that risks of muscle damage are significant at intracompartmental pressures greater than thirty millimeters of mercury.
Orthopaedic nurses must be continually alert for the dreaded complication of fractures, acute compartment syndrome (ACS). This article reviews the current literature on predisposing factors, pathophysiology (including systemic factors), assessments, various diagnostic methods, and treatments of patients at risk for, or encountering, ACS. A nursing care plan including the pertinent nursing diagnoses for these patients is included, and nursing care before and after fasciotomy is outlined.
Compartment syndrome caused by necrotising fasciitis has rarely been described. We report a case of systemic Vibrio vulnificus necrotising fasciitis presented with compartmental syndrome of the forearm and septic shock. The patient was treated with systemic antibiotic treatment and urgent surgical decompression followed by multiple necrotic tissue debridements. The patient recovered with some limited motion of the hand function. Prompt recognition and immediate treatment with antibiotics and surgical intervention are essential.
The author describes a case of chronic exertional compartment syndrome of the foot affecting a 19-year-old male triathlete. Relevant anatomy, subjective symptoms, and clinical examination are discussed. Diagnostic confirmation, as achieved with compartment-pressure testing, is also presented, as is surgical treatment through decompressive fasciotomy of the affected compartment.
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STUDY DESIGN: An experimental study to clarify the effects of pentoxifylline, as an anti-tumor necrosis factor-alpha therapy on endoneurial fluid pressure in the dorsal root ganglion using an animal model of herniated nucleus pulposus. OBJECTIVES: To investigate the effects of anti-tumor necrosis factor-alpha therapy to nucleus pulposus-induced nerve root/dorsal root ganglion changes. SUMMARY OF BACKGROUND DATA: It has been reported experimentally that application of nucleus pulposus into epidural space induces morphologic and functional changes in the nerve roots and induces compartment syndrome in the dorsal root ganglia. Tumor necrosis factor-alpha has been considered a key pathogenic factor in the initiation and maintenance of neuropathic pain states. METHODS: A total of 11 adult, female Sprague-Dawley rats had their left L5 nerve roots and associated dorsal root ganglions exposed. Autologous nucleus pulposus was applied to the L5 nerve root just proximal to the dorsal root ganglion. A piece of Spongel (Yamanouchi Pharmaceutical Co., Tokyo) containing 20 microL of 1000 microg/mL pentoxifylline was applied with the nucleus pulposus (NP+PTX group). In control animals nucleus pulposus was applied with a piece of Spongel containing 20 microL of physiologic saline solution in a similar fashion (NP+PS group). Endoneurial fluid pressure was recorded with a servo-null micropipette system using glass micropipettes with tip diameters of 4 microm. Endoneurial fluid pressure in the dorsal root ganglion was measured before and 3 hours after application of test substances. After measurement of endoneurial fluid pressure, the nerve root and dorsal root ganglion were processed for histology and evaluated by light microscope. RESULTS: Values of endoneurial fluid pressure before application of test substances were as follows: 2.4 +/- 1.2 cm H2O in the NP+PS (control) group and 1.8 +/- 0.4 cm H2O in the NP+PTX group. There was no statistically significant difference between these two pretreatment measurements. However, values of endoneurial fluid pressure after application were as follows: 8.6 +/- 1.8 cm H2O in the NP+PS group and 2.9 +/- 0.8 cm H2O in the NP+PTX group. Values of endoneurial fluid pressure in the NP+PTX group were significantly lower compared with the NP+PS group. Histologic examination consistently showed only a slight degree of edema evident in the NP+PTX group compared with the NP+PS group. CONCLUSION: Pentoxifylline, an anti-tumor necrosis factor-alpha drug, prevented the dorsal root ganglion compartment syndrome caused by topical application of nucleus pulposus. Anti-inflammatory cytokine therapy may become an effective treatment of sciatica due to disc herniation.
A case of compartment syndrome of the thigh following a gunshot injury that resulted in significant morbidity is presented. Early diagnosis of this uncommon condition requires a high index of suspicion in order to reduce morbidity and mortality. Timely diagnosis, emergency three-compartment decompression, prophylaxis against reperfusion syndrome and aggressive rehabilitation are necessary for a favourable outcome.
Severe compression trauma of the foot predisposes to development of compartment syndrome. Special problems in complex lesions of the foot arise because of the thin layer of soft tissue coverage and the diminished blood supply to the bones of the foot, resulting in difficulties in estimate correctly the severity of the injury. Subfascial pressure monitoring is the most valuable diagnostic tool for establishing the diagnosis. The technique of decompression and fracture stabilization by K-wire osteosynthesis is described and emphasis is placed on tibial-metatarsal transfixation. Follow-up after open-wound treatment consists of a planned "second look" operation with delayed wound closure.