Complicated Postoperative Flat Back Deformity Correction With the Aid of Virtual and 3D Printed Anatomical Models: Case Report

Keyphrases

• 6-month Follow-up 100%
• Deformity Correction 100%
• Physical Model 100%
• Pedicle Subtraction Osteotomy 100%
• Flatback Deformity 100%
• 3D Printed Anatomical Models 100%
• 3D Printed Model 100%
• Dice Similarity Coefficient 100%
• Geometric Problems 100%
• Intraoperative CT 50%
• Coronal Plane 50%
• Highly Accurate 50%
• Patient-specific 50%
• Surgical Treatment 50%
• Pre-surgical 50%
• Low Back Pain 50%
• Preoperative Planning 50%
• No Complication 50%
• Complication Prevention 50%
• Surgical Team 50%
• Deformity 50%
• Segmentation Method 50%
• 3D Virtual 50%
• Patient Education 50%
• Clinical Database 50%
• Exact Geometry 50%
• Vertebrae 50%
• Lumbar Lordosis 50%
• Discectomy 50%
• Laminectomy 50%
• Planning Phase 50%
• Virtual Geometry 50%
• Geometric Accuracy 50%
• Virtual Model 50%
• Instrumented Spinal Surgery 50%
• Coronal Malalignment 50%
• Previous Surgery 50%
• 3D PDF 50%
• C7 Plumb Line 50%
• Central Sacral Vertical Line 50%
• Spinal Deformity 50%
• Surgical Time 50%
• Stabilization Surgery 50%
• Surgical Phase 50%
• Sagittal Malalignment 50%
• Sagittal Vertical Axis 50%
• Spine Degeneration 50%
• Decompression Surgery 50%
• Geometrical Irregularities 50%
• Segmentation-based 50%
• Patient numbers 50%
• Older Female Patients 50%
• Education/communications 50%
• Anatomical Conditions 50%
• VAS Pain 50%
• Three-column 50%

Medicine and Dentistry

• Osteotomy 100%
• Pedicle 100%
• Low Back Pain 50%
• Case Presentation 50%
• Spine Surgery 50%
• Patient History of Surgery 50%
• Discectomy 50%
• Vertebra 50%
• Lordosis 50%
• Laminectomy 50%
• Spine Malformation 50%
• Surgery 50%
• Education 50%
• Preoperative Planning 50%