Zeitschrift für Orthopädie und ihre Grenzgebiete
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Z Orthop Ihre Grenzgeb · Nov 2002
[Spinal cord stimulation (SCS) using an 8-pole electrode and double-electrode system as minimally invasive therapy of the post-discotomy and post-fusion syndrome--prospective study results in 34 patients].
Therapy of a pronounced post-discotomy (PDS) and post-fusion syndrome (PFS) is often unsatisfactory because of the complexity and multifactorial pain genesis. If surgical interventions cannot promise relief and if the entire interdisciplinary spectrum of conservative treatment measures is inadequate, the area of neuromodulative procedures offers spinal cord stimulation (SCS). The objective of this study was to examine the therapeutic possibilities of SCS using an 8-pole electrode and double electrode system in PDS and PFS with extensive back-leg pain areas. ⋯ The SCS is an minimally invasive surgical procedure which can enlarge the therapeutical possibilities of pronounced PDS and PFS resistant to other modes of treatment. Special technical possibilities of parameter setting are required to cover the pain areas.
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Lumbar disc herniation is rare in adolescents and often misread. The difference of etiology, symptoms and therapy in comparison to adults were investigated and the long-term outcome of conservative and surgically treatment evaluated. ⋯ The etiology of lumbal disc herniations in adolescents has a multifactoral basis. Conservative treatment should be pursued as a mainstay of treatment. Only if conservative treatment fails, surgical treatment should be considered.
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Z Orthop Ihre Grenzgeb · Jul 2002
[Prognostic factors for avascular necrosis following talar fractures].
We performed an investigation of factors for avascular necroses after talus fracture and on the reliability of the Hawkins Sign. ⋯ The Hawkins Sign proved to be a relatively reliable sign for vitality of the talus after fracture. Risk for avascular necrosis increases according to the degree of fracture dislocation.
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Z Orthop Ihre Grenzgeb · Mar 2002
[Calculation of 3-D deformity in scoliosis by MRI of the total spine in two perpendicular reconstructed planes].
Scoliosis is a spinal deformity that is more complex and does not exist in one plane only. There have been many attempts to analyse three-dimensional spinal deformity, however, these procedures necessitate higher radiation doses. ⋯ Our method enables us to determine the real angle of scoliosis and to avoid techniques with any radiation risk for the patient.