Journal of Musculoskeletal Research · 1999 · 16 citations · 8 references
MedicineOrthopaedic SurgerySurgeryOrthopedicsSpinal BiomechanicsSpine SurgeryIntervertebral Disc DiseaseLumbar Spine SurgerySpinal DisordersSpinal FusionSpinal Motion SegmentsSpinal StabilityImplant LooseningLumbar Motion SegmentsLumbar Spinal InstabilityLumbar Spine StabilityLumbar StabilitySegmental InstabilityStabilization Of The SpineSurgical Spinal Stabilization
This study focused mainly on the long-lasting effectiveness of Graf band stabilization system on the stabilized lumbar motion segment together with the band fate and the final outcome. Graf soft stabilization operation was carried out to suppress the forward flexion and rotatory instability. Fifty-one patients were subjected to this study. Forty-five had pure forward flexion instability preoperatively. Among the 51 patients, 20 were irreducible mild spondylolisthesis and 8 reducible mild spondylolisthesis; 17 excessive flexion angular motion; one disc disease with mild stenotic symptoms; and 5 post-laminectomy instability. In this series, good or excellent results were obtained in 40 cases (78.7%); fair in 4; no improvement in 4; and poor in 3. JOA lumbar score increased from 16 at preoperative exam to 26.5 on average at the final examination. In 3 cases screws were malpositioned. In 2 cases, mild transient drop foot developed, and spontaneous fusion occurred in one disc surgery patient. There was no implant loosening or breakage, and no overstretch and tear of bands or disengagement. There was no recurrence of segmental instability at the immobilized segment. Also, there were no adjacent joint problems. In summary, the Graf procedure appears to be a good alternative to spinal fusion for the stabilization of the unstable segment with forward flexion instability.
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Functional Radiographic Diagnosis of the Lumbar Spine
J. Dvořák, Manohar M. Panjabi, Douglas G. Chang et al. · Spine · 1991 · 325 citations · Full text
Health Professions, Orthopaedic Surgery, Orthopedic Surgery +17
Clinical Validation of Functional Flexion-Extension Roentgenograms of the Lumbar Spine
Jiří Dvořák, M M Panjabi, J. E. Novotny et al. · Spine · 1991 · 218 citations · Full text
Health Professions, Orthopaedic Surgery, Orthopedic Surgery +17
Biomechanical Definitions of Spinal Instability
Malcolm H. Pope, Manohar M. Panjabi · Spine · 1985 · 202 citations
Alf Nachemson · Spine · 1985 · 126 citations
The Graf stabilisation system: early results in 50 patients
Michael P. Grevitt, Alan Gardner, James C. Spilsbury et al. · European Spine Journal · 1995 · 121 citations