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Query: UMLS:C0700208 (scoliosis)
 8,574 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Paraplegia caused by irreversible lesions of the spinal cord is one of the major possible complications after scoliosis surgery. Several monitoring methods have been proposed but none are completely satisfactory. Since 1986 the authors assessed motor pathways during scoliosis surgery, using electrical stimulation of the motor cortex and lower limb muscle recordings (tibialis anterior muscle). Twenty-seven patients were included in this study: 25 with idiopathic scoliosis and 2 with dorsal kyphosis. Recordings in anesthetized patients with hypothermia were performed before and after spinal derotation during the surgical procedure. Magnetic cortical stimulation was carried out in ten awake patients before and after surgery. Reproducible responses were obtained in 22 patients under anesthesia. In eight patients no difference of the latency of the muscle response was detected before and after the correction of the spinal angulation. In 14 patients the increase of latency ranged from 0.4 ms to 5.2 ms. No correlation was found between the slowing of motor conduction and the magnitude of spine correction. No central neurologic complications were seen after surgery. The authors concluded that their study demonstrated that motor pathway assessment in anesthetized patients can be performed at different times during the surgical procedure. This technique should help in the future monitoring spinal function during scoliosis surgery.
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PMID:Monitoring of the motor pathway during spinal surgery. 848 44

Three patients with paraplegia following corrective surgery for idiopathic scoliosis, using the Cotrel-Dubousset (CD) instrumentation, were admitted to our department over a period of 22 months. They were operated on by three different surgeons and they were the first serious neurological complications in these surgeons' careers. The monitoring method was the "wake-up" test, applied at the end of the correction maneuver with the instrument. One patient presented paraplegia at the "wake-up" test and the other two were paraplegic shortly after ceasing anesthesia. Electrophysiological spinal cord monitoring during surgery may reduce the risks of complications.
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PMID:Paraplegia following surgical correction of scoliosis with Cotrel-Dubousset instrumentation. 854 78

Paraplegia or paraparesis is uncommon in patients with neurofibromatous scoliosis. The main causes of spinal cord compression in neurofibromatosis are vertebral angulation, vertebral subluxation, and tumorous lesions around the spinal cord. We report a rare case of paraparesis due to spinal cord compression by a rib penetrating the spinal canal in a patient with neurofibromatous scoliosis. There was complete recovery after laminectomy and proximal resection of the compressing rib along with combined anterior and posterior spinal fusion.
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PMID:Paraparesis after rib penetration of the spinal canal in neurofibromatous scoliosis. 856 56

Neurological deficiency can occur during or after spinal surgery. The most severe complications are seen after instrumental correction for scoliosis or kyphosis. Regression of paraplegia, paraparesia and Brown-Sequard syndrome is never a certainty and usually incomplete. Preoperative manoeuvres and evoked potentials do not provide absolute security and metal instrumentation should always be used prudently. The main risk factors are vertebral malformation, major kyphosis, preoperative signs of neurological deficit, excessive correction and double anterior and posterior access. Finally, the canal is poorly vascularized from T4 to T8 or T9 which can raise further problems. Cordal deficiency during or following almost always requires removal of the metal implant, and exploration of the canal possibly with MRI. Injury include direct contusion of the spinal cord, devascularization and compressive haematomas. The frequency of neurological complications is currently about 1% and only extreme prudence and knowledge of causes can reduce this rate.
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PMID:[Neurologic complications of surgery of the spine in children]. 866 10

This is a report of a case of a subdural haematoma with resulting paraplegia after attempted spinal anaesthesia. Epidural and subdural haematomas are rare complications after central neural blockade. The complication described here was the result of an unsuccessful attempt to puncture the spinal channel. The patient was a 72-year-old woman with a fracture of the left femoral neck, which it was intended to stabilize operatively. Findings that made lumbar spinal puncture difficult were severe overweight, and lordosis and scoliosis of the lumbar spine resulting from degenerative changes. Spinal anaesthesia was suggested because the patient had eaten shortly before and because she suffered from asthma. From the aspect of haemostasis no contraindications were present, and the anaesthesist was experienced in spinal anaesthesia even under difficult anatomical conditions. Several unsuccessful attempts were made to puncture the lumbar spinal channel while the patient was lying on her right side. It was also impossible to reach the spinal channel from a median or left paramedian approach. We used atraumatic pencil-point needles (Sprotte gauge 24, 90 mm). No blood was aspirated during any of the attempts. The surgical intervention was finally performed under a general anaesthetic in view of the urgency. No significant complications occurred during the operation, and no neurological abnormalities were observed immediately after or in the next 8 h after the operation. At 12 h after the operation a paraparesis was found caudal to L3. After this had been verified by radiological and neurological tests, neurosurgical decompression was carried out as quickly as possible. During the operation a distinct subdural haematoma without any detectable source of bleeding was discovered. Even after surgical revision and evacuation of the remaining haematoma it was not possible to reverse the paraplegia, in spite of rehabilitation measures. Despite a certain fragility of the vessel and pretreatment with pentoxifylline and thromboembolic prophylaxis with low-molecular heparin starting postoperatively, it must be assumed that a vessel accompanying one of the spinal nerves was punctured, possibly, the radiculomedullary vessel of Adamkiewicz. A similar case was published in 1988 by Parker. In the present case it must be assumed that the vessel was punctured during a paramedian approach in the area of the foramen intervertebrale, as the spinal channel was definitely not entered. Although this is an extremely rare complication, we conclude that close neurological controls are essential at least during the first 24 h after surgery, even after an unsuccessful attempt at central neural blockade.
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PMID:[Acute spinal subdural hematoma after attempted spinal anesthesia]. 867 81

Sonographic evaluation of the fetal spine in a second-trimester, low-risk patient revealed segmentary, low thoracic vertebral abnormalities, including hemi- and butterfly vertebrae, resulting in severe fetal scoliosis with fetal paraplegia and bilateral club-feet. X-ray and magnetic resonance imaging studies of the abortus confirmed the prenatal vertebral findings in addition to rib defects and transection of the spinal cord. We believe that these findings which, to the best of our knowledge, have not been previously reported, represent a new variant of occult spinal dysraphism.
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PMID:Second-trimester ultrasonographic diagnosis of segmental vertebral abnormalities associated with neurological deficit: a possible new variant of occult spinal dysraphism. 887 88

We report two cases of dystrophic scoliosis in neurofibromatosis, each of particular interest. In the first, kyphosis was present with vertebral rotatory subluxation but no neurologic impairment, while the second patient showed manifest paraplegia due to rapidly progressive kyphoscoliosis. The importance of early surgical stabilisation, both front and back if possible, is stressed. Very sharp curves with progressive myelopathy should not be treated with halo-femoral traction because of the potential danger of evoking permanent paraplegia.
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PMID:Dystrophic kyphoscoliosis in neurofibromatosis type I: a report of two cases and review of the literature. 929 53

We reviewed 15 children with spina bifida or paraplegia who have used a reciprocating-gait orthosis between 1985 and 1995. All were nonfunctional ambulators. The level of the spinal lesions ranged from Th10 to L3. The mean age of fitting the orthosis was 5 years. 8 children have stopped using it at an average age of 10 years. The maximum ambulation level with the orthosis was a community ambulator in 4 children, household ambulator in 9 children and 2 remained nonfunctional ambulators. The average daily use was 6 hours by community ambulators to 0.5 hours nonfunctional ambulators. Bilateral dislocations of the hip, mild flexion deformities of the hips and knees and scoliosis were well tolerated with orthotic wear. Since functional ambulation could be achieved in 6 children with no quadriceps power, the use of this orthosis can be advocated for upper lumbar and low thoracic lesions. Strong motivation, realistic goals and expectations, the ability to participate in a training program and journeys for frequent orthosis repairs are of importance for successful use of this orthosis.
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PMID:Ambulation with the reciprocating-gait orthosis. Experience in 15 children with myelomeningocele or paraplegia. 938 49

Complications occur frequently after surgical treatment of scoliosis. In order to prevent from them effectively, 101 cases with failure and postoperative complications were analysed. They included rod fracture in 22 cases (15 Harrington rods, 4 Zielke rods, and 3 Luque rods); recurrence of curve severity in 12 cases; broken or loossened luque wires in 15 cases; loss of thoracic kyphosis (flat back) in 6 cases; progressive kyphosis with or without paraplegia following incorrect posterior decompression in 5 cases; and increased unbalance of shoulders after instrumentation in 2 cases due to neglect of the tilting of the first thoracic vertebra. Infection occurred in 8 cases (incision infection 7 cases; deep wound infection in 1 case); and pneumothorax in 1 cases. They were induced by biomechanical factors in 23 cases (22.77%), incorrect selections of indications in 29 cases (28.71%), oprational mistakes in 37 cases (36.63%), internal fixation factors in 15 cases (14.85%). The authors hold that there are quite a lot of factors leading to occurrence of complications and the effective way for prevention from them is to understand the factors and main technical points related to internal fixation.
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PMID:[Failure and complication following surgical treatment of scoliosis: analysis of 101 cases]. 959 69

The superior mesenteric artery syndrome (SMAS) is a rare complication of spine surgery. A series of four patients who experienced a SMAS after surgery for either post-traumatic quadriplegia, paraplegia or scoliosis is reported. SMAS is a condition in which the third portion of the duodenum is squeezed between the superior mesenteric artery anteriorly, and the aorta and vertebral column posteriorly. Weight loss is the major factor of development of a SMAS. Other causes include either spine surgery or trauma or application of a body cast. Delay in diagnosis may result in death. Diagnosis is obtained with either a CT scan with injection and oral contrast medium or an upper gastro-intestinal X-ray study. The latter allows the insertion of a feeding tube beyond the obstruction. A conservative treatment is started for correction of dehydration and electrolyte imbalance, and followed by nasojejunal feeding. Surgery is indicated in case of failure of conservative treatment.
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PMID:[Superior mesenteric artery syndrome]. 1061 49


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