Anterior cervical spinal epidural abscess in an infant

Spinal epidural abscess (SEA) is rare in children, especially in newborns and infants, groups in which only very few cases have been reported. Because of the nonspecificity of presenting symptoms in children the diagnosis may be delayed, resulting in major permanent neurological deficits. In this paper, we report a case of cervical SEA in a 6-week-old infant who initially presented with fever and developed quadriparesis 19 days prior to admission. After emergency anterior decompression of the abscess the neurological function was improved immediately. Five months after surgery the neurological status was normal, an MR study showing disappearance of the epidural abscess and spinal cord indentation, and progressive fusion of the C3, C4 and C5 vertebral bodies. Anterior decompression without bone graft can provide an excellent prognosis in case of an anterior cervical SEA in infants. Received: 9 June 1998 Revised: 27 July 1998     

Holospinal epidural abscess

Holospinal epidural abscess (HEA) is an extremely rare condition in which spinal epidural abscesses extend from the cervical to the sacral spine. We report two patients who presented with myelopathy secondary to HEA. Both patients underwent urgent surgical decompression and abscess drainage, and had significant improvement in neurological function. We discuss the surgical management strategies and briefly review the literature regarding HEA.     

Anterior interbody fusion for cervical osteomyelitis: Reversal of quadriplegia after evacuation of epidural spinal abscess

Interbody fusion for stabilization of the cervical spine after osteomyelitic destruction of the body of C5 vertebra is reported in a patient with quadriplegia and sphincter disturbances secondary to an epidural abscess. The successful union of the bone graft along with complete neurological recovery after anterior decompression and evacuation of the epidural mass seem to justify the procedure.     

Syrinx formation secondary to cervical epidural abscess]

We report a patient with syrinx formation secondary to cervical epidural abscess, cervical spondylitis, cervical discitis and meningitis. A 53-year-old woman developed sudden fever, headache and neck pain. On admission, neurological evaluation showed limitation of cervical motion, meningeal irritation, and exaggerated muscle stretch reflexes in all four extremities. Cerebrospinal fluid cell count was 832/mm3 and protein was 771 mg/dl. Bacterial culture of the cerebrospinal fluid showed Staphylococcus aureus. A cervical MRI scan with Gd-enhancement revealed focal high intensity signal in the T2-weighted and FLAIR images, at the anterior meninges of the C3-8 segments, the vertebral bodies of C5-6 and the intervertebral disks of C5-6 segment. Her diagnosis was cervical epidural abscess, cervical spondylitis, cervical discitis and meningitis. Antibiotics and steroids improved her symptoms. Six weeks after the onset of symptoms, a cervical MRI scan showed narrowing and synarthrosis in the intervertebral space between C5 and C6. MRI and myelo CT scans demonstrated a newly-formed syrinx from C3-C 7. This was an interesting case of syrinx formation secondary to cervical epidural abscess.     

Spinal epidural abscess following epidural cannulation for flail chest analgesia: a case report

Epidural abscess after epidural catheterization is a rare complication. Neurological manifestations vary and the patient described here presented with complete paraplegia. He was managed by surgical decompression and did well postope-ratively. We present a case report and review of the literature of thoracic epidural abscess following catheterization for epidural analgesia with near total neurological recovery.     

Cervical epidural abscess

We present 3 new cases of cervical epidural abscess (CEA), a rare condition, along with a review of 12 other case reports. The average patient age was 45 years; just over half were male. The abscesses usually involved the mid to lower cervical region and extended an average of three to four segments. Neck stiffness was present in all patients; root pain and paresthesias were present less often. Weakness of one to four extremities developed in all but one patient. Sensory levels were frequently present, sometimes below the site of the lesion. All but two patients were febrile. All but two had elevated CSF protein, and all but two had a pleocytosis; myelography always revealed a complete or partial block. Staphylococcus aureus was the causative organism in 8 of 11 patients. CEA should be considered in a patient with neck stiffness, paresthesias, and/or radicular pain so that CT or myelography followed by surgical decompression and/or antimicrobial drugs can be initiated before prolonged weakness develops. One of our patients developed a syrinx causing a new neurologic deficit 3 years after treatment. Delayed syringomyelia, a rare complication of extramedullary lesions, lends support to vascular occlusion as the major mechanism of damage in epidural abscess.     

Transcervical drainage of epidural and retropharyngeal abscess

This report describes treatment of concurrent epidural and retropharyngeal abscesses and presents a novel surgical approach to treating this pathology. The treatment of epidural and retropharyngeal prevertebral abscesses requires surgical drainage in addition to systemic antibiotics. After the patient’s airway is secured, urgent otolaryngologic surgery consultation is obtained for transoral drainage of the retropharyngeal abscesses to minimize risk to vascular and nervous structures within the neck. If epidural extension is also present, urgent neurosurgical evaluation and decompression may be necessary. We report a patient with an epidural and prevertebral abscess. A posterior approach was taken for wide decompression of the cervical spine and evacuation of the epidural collection. During this procedure, under fluoroscopic guidance, an 8 Fr soft rubber catheter was slowly advanced ventrally in the epidural space through the C5–6 intervertebral disk into the retropharyngeal abscess with evacuation of this collection as well. Using a single, wide posterior approach, the dorsal epidural, the ventral epidural, and prevertebral abscesses were all successfully evacuated. This report describes a novel approach for evacuation of prevertebral abscess concurrent with multilevel laminectomy for epidural abscess evacuation.     

A patient with brucellar cervical spondylodiscitis complicated by epidural abscess

Brucellar cervical spondylodiscitis and epidural abscess are serious medical conditions that can cause permanent neurological deficits. Fortunately, they are rare. We report a 34-year-old male patient, complaining of fever and neck pain and stiffness, with increased deep tendon reflexes. A lumbar puncture was normal. Brucella species organisms were isolated from blood cultures, and the Rose-Bengal test and the standard tube agglutination (STA) test were positive. The diagnosis was made on MRI. The patient was treated with doxycycline and rifampin daily for 16 weeks. On day 51 of treatment, the patient had no symptoms and his physical and neurological examinations were normal. His repeat cervical MRI was almost normal. The STA test was negative at week 20. It is important to consider brucellar cervical spondylodiscitis with epidural abscess in endemic regions.     

Spinal epidural haematoma: MRI-aided diagnosis.

Spinal epidural haematoma is a rare cause of spinal cord compression. It is most commonly attributed to trauma and coagulation disorders. We report a case of a 64 year-old man with thrombocytopaenia who presented with a traumatic epidural haematoma who p resented with right hemiparesis which progressed to complete tetraplegia. MR of the cervical spine showed an epidural collection on the posterior aspect of the cord throughout the cervical spine. The patient underwent C1-C7 laminectomy and decompression. Postoperatively, the patient has improved gradually and has power of grade 3 (Medical Research Council classification of power) in all 4 limbs at 2-month follow-up. MRI is an important modality in the early diagnosis of spinal epidural haematomas and can facilitate emergent decompressive surgery which offers the best chance of neurological improvement.     

Spontaneous spinal epidural abscess in a neonate

Spinal epidural abscess is uncommon in neonates and infants, and is usually related to previous lumbar puncture or epidural anaesthesia. Diagnosis is often delayed because of the non-specific presentation. We present a 7-week-old girl who developed paraplegia 3 weeks after transient fever and a self-limiting skin rash. MR imaging revealed an epidural contrast-enhancing lesion compressing the spinal cord. At operation, an organised granulated abscess was identified with Staphylococcus aureus the causative organism. Laminectomy and removal of the organised abscess and systemic intravenous antibiotics resulted in complete neurological recovery. The patient did not develop late spinal deformity following the decompressive laminectomy. The rapid onset of paraplegia can often be missed in such a young child but should be promptly investigated, as surgical treatment of cord compression carries an excellent prognosis for neurological recovery. We review the literature on the initial presentation, usual investigations, causative organisms and surgical management of paediatric spinal epidural abscesses.     

Late onset of spinal epidural abscess after spinal epidural catheterization]

A 76-year-old diabetic woman received epidural catheterization for sigmoid colectomy. Four months later she started to complain of fever and severe lumbago, and finally fell into coma and tetraplegia. She had severe neck stiffness, and lumbar puncture yielded yellowish pus. Methicilin-resistant Staphylococcus aureus (MRSA) was detected in a culture of the epidural pus and blood as a causative organism. Magnetic resonance imaging showed extensive abscess in the posterior epidural space at the level between Th1 and L5. We diagnosed her disease as iatrogenic spinal epidural abscess due to epidural catheterization. After emergent laminectomy and evacuation of abscess, inflammation was gradually improved. She returned to normal except for slight gait disturbance. Spinal epidural abscess often develops rapidly after Staphyloccocus aureus infection. In our case, however, neurological deficits appeared 144 days after insertion of epidural catheter. We must remember that spinal epidural abscess is an important cause of lumbago with high fever, even several months after surgical or catheterial intervention to the spine, for immunocompromised patients with diabetes or neoplasm.     

A less invasive posterior approach for the management of extended secondary epidural abscess technical note

Spondylodiscitis is considered to be the main cause of epidural abscess. In this report, the authors present their concept for the management of the extended epidural abscess that occurs in combination with spondylodiscitis. It consists of debridement and fusion for spondylodiscitis together with epidural abscess drainage using a microscopically assisted percutaneous technique. In the period from April 2000 to April 2004, 5 patients with spondylodiscitis and an accompanying extended epidural abscess were operated on. The mean age of the patients was 66 years. There were 4 males and one female. The follow-up period ranged from 3-12 months. To manage the extended epidural abscess, the authors created one or two drainage sites along the extension of epidural abscess. These drainage sites were made using a microscopically assisted percutaneous approach. In all presented cases, the offending organism was Staphylococcus aureus. The postoperative infection markers showed marked regression. The postoperative control MRI demonstrated effective drainage of the extended epidural abscess. Regarding the neurological deficits, 3 patients previously classified as Frankel C showed an improvement to Frankel E within 3 months postoperatively. From these results, it seems that our technique (ventro-dorsal abscess drainage combined with a microscopically assisted percutaneous approach) could be a successful method for the management of the extended epidural abscess associated with spondylodiscitis.     

Acute headache with meningism and xanthochromic cerebrospinal fluid.An unusual manifestation of cervical epidural abscess

We report on a 70-year-old female with acute onset of headache, meningism, xanthochromic cerebrospinal fluid, and developing laboratory parameters indicating a systemic infection. Initially, a subarachnoidal hemorrhage was assumed. However, magnetic resonance imaging showed upper cervical osteomyelitis and extending spinal epidural abscess. After application of broad systemic antibiotics, secluded abscess formation was achieved and successful neurosurgical debridement performed. The unusual cranial concentration of the complaints is probably due to the involvement of the craniocervical transition. Cervical epidural spinal abscess represents a potentially dangerous bacterial infection of the upper spine. Inadequate treatment can lead to irreversible neurological deficits. Cervical magnetic resonance imaging is an effective tool for diagnosis, since early diagnosis is important for good prognosis.     

Diagnosis and management of spinal epidural abscess.

Twenty-five patients with spinal epidural abscess were treated at the University of Western Ontario hospitals between July 1980 and July 1990. There were eighteen males (72%) and seven females (28%), with a median age of 60 years. Concurrent illness resulting in immunocompromise was present in 60%. Eleven presented with complete myelopathy, thirteen had limb weakness, and one had no neurological deficit. In twenty cases the abscess consisted of frankly purulent material, while in five the epidural collection consisted of chronic granulation tissue. Staphylococcus aureus was isolated in 64% of the abscesses. Twenty-seven surgical procedures were performed on 21 patients. Ten cases occurred in the cervical spine (40%), seven in the thoracic spine (28%), three in both the cervical and thoracic spine (12%) and five in the lumbosacral spine (20%). Fourteen patients (56%) retained or recovered ambulation and there were five deaths (20%). The progression from back and radicular pain to weakness and eventual paralysis continues to be characteristic of spinal epidural infection. Morbidity and mortality remain unacceptably high because of delay in diagnosis and treatment. Magnetic resonance imaging is the radiological investigation of choice for the diagnosis of spinal epidural abscess. Prompt intervention, before the development of severe neurological deficits, can improve outcome. Immediate surgical drainage combined with antibiotics remains the treatment of choice.     

Neurological deterioration after laminectomy for spondylotic cervical myeloradiculopathy: the putative role of spinal cord ischaemia.

Most cases of neurological deterioration after laminectomy for cervical radiculomyelopathy occur several weeks to months postoperatively, except when there has been direct trauma to the spinal cord or nerve roots during surgery. Four patients are described who developed episodes of neurological deterioration during the postoperative recovery period that could not be attributed to direct intraoperative trauma nor to epidural haematoma or instability of the cervical spine as a consequence of laminectomy. Following laminectomy for cervical radiculomyelopathy four patients were unchanged neurologically from their pre-operative examinations, but as they were raised into the upright position for the first time following surgery focal neurological deficits referrable to the spinal cord developed. Hypotension was present in all four cases during these episodes and three of the four patients had residual central cervical cord syndromes. These cases represent the first reported instances of spinal cord ischaemia occurring with post-operative hypotensive episodes after decompression for cervical spondylosis.     

MRI detection of epidural spinal abscesses at noncontiguous sites

We report the cases of two patients with the very uncommon clinical finding of two noncontiguous spinal epidural abscesses, which were located in the cervical and lumbar spine. In each case the diagnosis of the second spinal abscess was made by MRI only after the appearance of a new neurological deficit. Decompressive spinal surgery and intravenous antibiotic therapy led to complete recovery in one patient; the other patient was moderately disabled. As epidural spinal abscesses can occur at noncontiguous sites, MRI of the entire spine may be necessary in selected cases.     

Methicillin-resistant Staphylococcus aureus retropharyngeal abscess complicated by a cervical spinal subdural empyema

Methicillin-resistant Staphylococcus aureus (MRSA) cervical spinal subdural empyema as a result of a retropharyngeal abscess has not been reported previously. We present a 65-year-old male intravenous drug user who developed spinal subdural empyema after an operation for a retropharyngeal abscess. Although imaging diagnosis and follow-up surgery were performed quickly, the neurological outcome was poor. We review the literature on retropharyngeal abscess with intraspinal infection.     

Post-transplant lymphoproliferative disorder of the cervical spine mimicking an epidural abscess

Post-transplant lymphoproliferative disease (PTLD) is a recognized complication following solid organ and stem cell transplants with subsequent immunosuppression and is the most common malignancy complicating solid organ transplantation. Improved survival and use of aggressive immunosuppression following solid organ transplants have led to increased diagnosis of PTLD. Nevertheless, spinal involvement in PTLD is extremely rare. To our knowledge, this is the first report of PTLD causing epidural spinal cord compression of the cervical spine, mimicking the imaging and pathology of an epidural abscess. The patient underwent posterior and subsequent anterior decompression and stabilization. Rarity of occurrence of PTLD in the spine with absence of diagnostic imaging features may preclude differentiating it from the more commonly occurring lesions such as epidural abscess which occurs in a similar clinical setting. As the management strategy and overall prognosis are dramatically different, the importance of considering PTLD in the differential diagnosis for epidural spinal cord compression in a transplant recipient patient cannot be overemphasized.     

人工颈椎间盘植入治疗颈椎病

目的 颈椎病前路融合术后颈椎活动度下降与邻近节段椎间盘退变加速越来越受到人们的重视,人工颈椎间盘置换术可在进行脊髓减压并提供稳定的同时保持手术节段颈椎的活动度,为颈椎病的外科治疗开辟了新的途径.方法 自2005年12月至2008年3月,对16例颈椎病患者进行显微减压后椎间植入Bryan人工颈椎间盘,平均随访时间17个月.结果 所有患者术后症状均明显缓解,脊髓功能明显改善,颈椎活动度良好,1例术后发生短暂声音嘶哑,无手术死亡率.结论 人工颈椎间盘植入为颈椎病的外科治疗开辟了新的手段,在提供颈椎稳定的同时保持手术节段颈椎的良好活动度,把握严格的适应证和手术技术能取得满意的效果.     

Acute spinal epidural abscess

Summary An anterolateral cervical epidural abscess occurred in the course of a septicaemia caused by Staphylococcus aureus. Early diagnosis, before permanent neurological signs developed, was provided by CT scan without myelography. Total recovery occurred with antibiotic therapy alone.