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[Quantification of physiological kyphosis adults according to the roentgenogramometry data].

The shape of thoracic physiological kyphosis was studied based on data obtained through the examination of 120 patients who had presented no complaints regarding thoracic spine. As a result, a quantitative description of a normal curvature for thoracic kyphosis was elaborated. The study addressed such issues as the impact of separate segments on the development of kyphosis, with the identification of relevant quantitative parameters. In addition, sex-related differences of the quantitative parameters describing the form of thoracic spine were determined. The study analyzed tendencies in the curvature transformation during the life period of 16-30 years of age.

Adolescent↗

Effects of kyphosis and lordosis on the remaining lumbar vertebral levels within a thoracolumbar fusion: an experimental study of the multisegmental human spine.

This study was done to determine the motion of the whole lumbar spine after internal fixation and the effect of kyphosis and lordosis on the remaining vertebral levels. Baseline motion analysis of sagittal, frontal, and transverse planes was done to determine the intact range of motion. Three fusion configurations were tested: neutral position (0 degrees), 4.6 degrees +/- 2.0 kyphosis, and -6.2 degrees +/- 3.6 lordosis. The sagittal and frontal plane relative rotation of the instrumented segments (T12/L2) decreased an average of 74% and 60%, respectively, as compared with intact testing. Sagittal plane motion at the remaining segments increased for all fusion configurations when compared with intact motion and reached statistical significance at the L4/L5 level. No significant differences were found between fusion configurations (ie, fused neutral, kyphosis, and lordosis).

Aged↗

[A case of SAPHO syndrome with paraplegia due to a thoracic kyphosis].

A 63-year-old man visited our hospital in January 1993 because of back pain, which had been present for a year and persisted. The patient was diagnosed compression fracture of thoracic spine by another hospital. Thoracic plain radiographs revealed destructive and sclerotic changes with reduction of height of T 8, T 9 vertebral body. He had kyphosis on this level. Radiographs of the chest revealed hyperostosis of bilateral proximal clavicle. We diagnosed SAPHO syndrome (synovitis, acne, pustlosis, hyperostosis, and osteomyelitis: SAPHO) with T 8, T 9 spondylodiscitis, however without any skin manifestations. Oral indomethacin was effective, however thoracic kyphosis progressed gradually. Spastic gait and paraplegia appeared from February 1998, at last on July he was unable to walk independently. MRI showed the compression of spinal cord on T 8, T 9 level. We performed circumferential decompression and fusion with instrumentation. His paraplegia improved after surgery. We describe a rare case of SAPHO syndrome with paraplegia due to a thoracic kyphosis.

Acquired Hyperostosis Syndrome↗

[The surgical treatment of congenital kyphosis].

OBJECTIVE: To summarize the treatment experience of congenital kyphosis, compare the results of several surgical procedures and conclude the lessons of failure cases with surgical treatment. METHODS: Retrospective analysis of 33 patients with surgical treatment of congenital kyphosis. These patients had a follow-up of 6 months to 14 years with an average follow-up of 5 years and 6 months. RESULTS: Among the 33 cases, the average age at surgery was 16.5 years old and the average kyphosis was 90.2 degrees. Four had anterior fusion, and 7 had posterior fusion only, and 22 had combined anterior and posterior fusion. The percentage of correction of the 3 procedures above mentioned was 32.7%, 34.4% and 41.2% respectively. All of the patients with incomplete paraplegia, but 2 had been recovered completely. CONCLUSIONS: The combined anterior and posterior fusion had a better correction than the anterior group or posterior group alone.

Adolescent↗

[Surgical treatment of kyphosis with universal spine system].

OBJECTIVE: To introduce a method to treat kyphosis with universal spine system (USS) and to evaluate its clinical effect. METHODS: From January 2000 to September 2002, 31 patients with kyphosis were treated with "one-stage total vertebral wedge-shaped osteotomy" and internal fixation of USS. The average follow-up time was 12 months (6-31 months). We observed the clinical effect with the spinal column Cobb before operation and after operation, and the osteotomy confluence rate. RESULTS: In 31 patients, the average angle (Cobb) was 89 degrees before operation and 74 degrees after operation; the average rate of correction was 83.15% and the average rate of osteotomy confluence was 96.77%. No screw and rod broke and loosened. CONCLUSION: The USS is the reliable internal fixation instrument for the treatment of kyphosis, can increase the osteotomy confluence rate and improve correcting rate.

Adult↗

Kyphosis of the thoracic and thoracolumbar spine in the pediatric patient: normal sagittal parameters and scope of the problem.

As measured by the Cobb angle, normal sagittal kyphosis is 20 degrees to 40 degrees, which encompasses most of the angulated consecutive vertebrae in the thoracic region of the spine. With pathologic kyphosis, however, the segmental analysis of different regions of the thoracic spine plays an important role. Methods of determining sagittal measurements as well as the causes of kyphosis of the thoracic and thoracolumbar spine, including Scheuermann's disease, spinal cord injury, laminectomy, neurofibromatosis, genetic origins, Marfan syndrome, and tuberculosis, are also important in determining treatment.

Child↗

[Physical measurement of the dorsal kyphosis in 14-17-year old patients with Scheuermann's disease and in matched healthy controls].

The modified use of the Debrunner-kyphometer (a special protractor to measure the dorsal kyphosis by an objective physical method) is presented. After proving the validity and reproducibility of the measuring method, the dorsal kyphosis of patients with Scheuermann's disease and of matched healthy controls was measured. The aim of the measurements was to assess the physiologic values of kyphosis and to investigate into the distribution of Scheuermann-patients regarding the grade of their dorsal sagittal curvature. In contrast with the everyday routine (subjective judgement of the sagittal curvatures or measuring on X-ray films), this method offers the advantage of an objective assessment without using X-rays. The presented simple method is recommended for screening school-children and for monitoring patients with Scheuermann's disease.

Adolescent↗

[Technique of surgical correction of post-traumatic kyphosis].

The correction of posttraumatic kyphosis in the thoracolumbar region almost always requires a combined anterior and posterior approach because of the particular anatomic situation and the pathomorphologic changes. We suggest that the patient be placed in a right lateral decubitus position. This allows dual access to the spine by a posterior midline approach and a retroperitoneal thoracolumbar approach, so that simultaneous anterior and posterior manipulation, correction and stabilization of the spine are possible with no need to turn the patient intraoperatively. Thus, compared with two-or three-stage procedures, the duration of the operation and of stay in hospital can be reduced. This is a retrospective review of the first six patients (average age: 35 years) treated with this approach between 1987 and 1990. All patients suffered from incapacitating back pain that was unresponsive to nonoperative treatment. The surgical procedure was performed at an average of 29 months (range, 5 months to 7 years) after fracture. The average postoperative correction of kyphosis (18 degrees to 45 degrees) was 75%. In addition, two patients had posttraumatic scoliosis (10 degrees and 12 degrees), which was completely corrected. The only complication was partial fracture of a vertebral body in one case, which occurred during the reduction manoeuvre but had no consequences. Three of the patients had complete relief of pain. The remaining three reported persistent pain, although they had good objective clinical and radiological results. The failure to eliminate pain in these patients is thought to be a result of their long-standing (2-7 years) symptomatic posttraumatic deformities. Therefore, we feel that early correction of symptomatic kyphosis is mandatory.

Adult↗

[The use of an articulated brace in the treatment of juvenile kyphosis (author's transl)].

The authors have attempted to assess the efficiency of an articulated brace in the treatment of juvenile kyphosis (Scheuermann's disease and idiopathic kyphosis). Two series of patients were compared. Patients in both series were treated in a first stage by a plaster cast and in a second stage by a bivalve brace in the first series and an articulated brace in the second series. The technique of treatment by a plaster cast and by the brace is fully described. It is concluded that control of the lumbar lordosis is of great importance. The results were better with an articulated brace. The indications for treatment are given depending on the age at the onset of treatment, the type of spine deformity and its severity. In some cases of severe dorsolumbar kyphosis, surgery may be indicated.

Adolescent↗

Treatment of severe kyphosis in myelomeningocele by segmental spinal instrumentation with Luque rods.

Myelomeningocele leads to kyphosis of the dysplastic spine in 12-20% of cases, resulting in a severe gibbus. In three patients (at the age of 9, 13 and 16 years) with a thoracolumbar kyphosis (90 degrees, 120 degrees and 95 degrees respectively), and a compensatory thoracic lordosis (35 degrees, 105 degrees and 90 degrees) a resection or a wedge osteotomy of the gibbus was performed with segmental sublaminar wire fixation to Luque rods. In addition, a spondylodesis with autogenous bone and an allograft was performed. Correction of the kyphosis (to 30 degrees, 60 degrees and 50 degrees) and lordosis (to 15 degrees, 65 degrees and 55 degrees) was attained. This posterior procedure was sufficient for correction; there was no need for an anterior release. Cord and dura were left intact. During follow-up (27, 60 and 30 months) no progression of the curves has been noted. This one-stage posterior correction with L-rod fixation proved to be a method of choice for this difficult-to-treat spinal deformity.

Adolescent↗

[Clinico-roentgenological and physiological evaluation of the spine in patients with juvenile kyphosis].

203 patients with juvenile kyphosis, aged 11-16 years, have been subjected to the complex examination, including ++clinico-roentgenologic and physiologic methods. Along with the cardinal signs, common for juvenile kyphosis diagnosis and characteristic of the dystrophic process (wedge distortion, osteoporosis of vertebra bodies and fragmentation of their apophyses, dedifferentiation of the bone structure, height reduction and pathologic restructuring of intervertebral disks following the pattern of fibrosis, presence of discal hernia), the signs of bone ++ dysplasia of spine and skeleton in general should be singled out of the roentgenologic characteristic of disease which determine the variants of pathologic process course and treatment tactics. The presence of dysontogenesis signs in patients with juvenile kyphosis is suggested.

Adolescent↗

Posterior fusion for Scheuermann's kyphosis.

Ten patients with Scheuermann's kyphosis were surgically treated with posterior spine fusion and Harrington heavy compression-rod instrumentation. This procedure relieved pain and deformity in all ten patients. The average follow-up period was 26.6 months. The average curve before surgery was 71.4 degrees and at follow-up examination was 39.3 degrees. The postoperative correction of kyphosis averaged 32 degrees (45%), with an average loss of correction of 7.8 degrees. Posterior fusion with Harrington heavy compression-rod instrumentation may prove to be the procedure of choice in Scheuermann's kyphosis that is severe but flexible on hyperextension with a curve greater than 65 degrees.

Adolescent↗

Progression of kyphosis in tuberculosis of the spine treated by anterior arthrodesis.

The case of eighty-one patients who had tuberculosis of the spine that was treated by debridement and anterior arthrodesis were reviewed eight years or more postoperatively. We studied the progression of the kyphosis and evaluated the function and fate of the bone grafts that were used. At eight years, the results with respect to the progression of the kyphosis were classified as excellent or good in forty-eight patients (59 per cent), all of whom had had minimum destruction of the vertebral bodies; limited surgical excision of bone, resulting in a small post-debridement defect that needed only a short graft; marked intraoperative correction of the deformity; and involvement of lower lumbar segments. Fifteen patients (19 per cent) had a fair result and eighteen (22 per cent), a poor result. An increase in the deformity was common in patients who had extensive involvement of the vertebral bodies that had resulted in a large post-debridement defect necessitating a graft spanning more than two disc spaces. Lesions of the thoracic vertebrae were associated with many of the poor results, and patients who had a marked kyphosis before treatment also did not do well. A stable graft that provided structural support was observed in only thirty-three patients (41 per cent), and failure of the graft due to slippage, fracture, absorption, or subsidence was seen in forty-eight patients (59 per cent). The length of the graft also played a role: the graft failed most often in patients in whom it spanned more than two disc spaces. We concluded that it is unwise to rely solely on the graft to prevent vertebral collapse in patients in whom the length of the graft exceeds two disc spaces. These patients may benefit from additional measures, such as an extended period of non-weight-bearing, posterior arthrodesis after six to twelve weeks, and prolonged use of a brace until complete consolidation is evident.

Adolescent↗

Cervical osteotomy by the Simmons method in the treatment of cervical kyphosis due to ankylosing spondylitis. Case report.

Ankylosing spondylitis can produce severe kyphosis in the spine. This is rarer in the cervical spine than in the thoracolumbar region, but it is also more invalidating as it may make it impossible for the patient to look forward as well as causing difficulty in mastication, swallowing and speaking. To correct cervical kyphosis, vertebral osteotomy is performed at the apex of the deformity. The authors present a case of cervical kyphosis due to ankylosing spondylitis successfully treated by the Simmons method.

Adult↗

[Kyphosis caused by severe spondylodiscitis in newborn infants and young children].

The authors report their experience of 12 discitis occurring in the new born and in young children. Pyogenic infections were found with general septicemia in the new born children. The onset of cases of Pott's disease occurred later. Anterior destruction of several vertebrae accounted for severe kyphosis which were found on clinical examination. Conservative immobilisation of the kyphosis during growth does not prevent any increase in deformity before puberty with the possible onset of neurological symptoms. The only possible treatment is surgical with anterior arthrodesis of the damaged region together with a corrective osteotomy followed as soon as possible by posterior arthrodesis. If, unfortunately the patient is seen later in the course of the disease, the possibility of corrective osteotomy will depend on the degree of kyphosis and the neurological symptoms.

Child↗

Anterior strut-grafting for the treatment of kyphosis. Review of experience with forty-eight patients.

Anterior strut-grafting was used in forty-eight patients to treat structural kyphosis of the thoracic and lumbar spine. Forty patients had a combined anterior and posterior arthrodesis. Kyphosis was corrected from an average of 93 degrees preoperatively to an average of 59 degrees at follow-up. Eight patients underwent anterior cord decompression, five of whom showed improvement of neural function at follow-up. Ten patients had a loss of correction averaging 19 degrees. In four patients a pseudarthrosis developed at the strut graft-vertebral body junction. The strut graft fractured in five of nine patients in whom the graft was four centimeters or more from the apical vertebra. Complications were frequent, but for the most part they were thought to have been preventable. Anterior strut-grafting appears to be a valid and logical technique for managing structural kyphosis.

Adolescent↗

Thoracic kyphosis in cystic fibrosis.

The incidence of thoracic kyphosis in 91 older children and adolescents suffering from cystic fibrosis was 15.1%. Only 5.5% of 91 hospitalized "normal" adolescents had the deformity. Among the group of patients with cystic fibrosis we found a positive correlation between incidence of kyphosis and severe pulmonary disease. Because the kyphosis does not seem to represent a problem in itself, and owing to the various and multiple problems of these young people, braces are indicated only in exceptional cases with rapidly progressing deformity. A program of proper stretching, thoracic extension, and breathing exercises should be recommended for such patients.

Cystic Fibrosis↗

Congenital kyphosis due to defects of anterior segmentation.

Twenty-seven patients with Type-II congenital kyphosis (failure of anterior vertebral segmentation) all had progression of the kyphosis which varied in magnitude. The average rate of progression was 5 degrees per year. Pain due to compensatory lumbar hyperlordosis (eight patients) and objectionable deformity (fifteen patients) were the most frequent complaints. Unlike patients with Type-I kyphosis (failure of vertebral formation), paraplegia did not occur and associated congenital anomalies were infrequent (three of the twenty-seven patients). Spontaneous ossification of the anterior part of seemingly normal intervertebral discs leading to bar formation and progression of deformity occurred in five patients. A Milwaukee brace had little effect on this fixed kyphotic deformity in the six patients in whom the brace was used. Early recognition and spine fusion are the recommended treatment. Posterior fusion is sufficient in young children with progressive deformity, whereas combined two-stage anterior and posterior fusion with osteotomy of the anterior bar is recommended in children with severe deformity.

Adolescent↗