Journal of Spinal Disorders & Techniques · 2004 · 96 citations · 21 references
LaparoscopyMinimally Invasive ProcedureOpen ProcedureSurgeryThoracic SpineAnatomyAxial BoreOrthopaedic SurgeryGross AnatomyLumbar SpineRadiologySpine SurgeryPreliminary CadaverGynecologic SurgeryLumbosacral RadiculopathyAxial Access TechniqueSpinal FusionRobot-assisted SurgeryMedicineSurgical Innovation
Preliminary cadaver, animal, and human studies were performed to determine the feasibility of axial anterior lumbosacral spine access using a percutaneous, presacral approach. Custom instruments were directed under fluoroscopic guidance along the midline of the anterior sacrum to the surface of the sacral promontory where an axial bore was created into the lower lumbar vertebral bodies and discs. Imaging and gross dissection were performed in cadavers and animals. The procedure was used for lumbosacral biopsy in human subjects guided by intraoperative imaging and clinical monitoring. All procedures were technically successful. This study demonstrates the feasibility of the axial access technique to the anterior lower lumbar spine.
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A Minimally Invasive Technique for Decompression of the Lumbar Spine
Bernard H. Guiot, Larry T. Khoo, Richard G. Fessler · Spine · 2002 · 282 citations
Laparoscopic Fusion of the Lumbar Spine: Minimally Invasive Spine Surgery
John J. Regan, Hansen A. Yuan, Paul C. McAfee · Spine · 1999 · 247 citations
Healing Potential of the Anulus Fibrosus
David Hampton, Gerald S. Laros, R McCarron et al. · Spine · 1989 · 109 citations
Regenerative Medicine, Mechanobiology, Soft Tissue Injury +15