Biomechanics of Spine Stabilization

Section I Overview of Fundamental Concepts
1 Biomechanically Relevant Anatomy and Material Properties of the Spine and Associated Elements
2 Physical Principles and Kinematics
3 Stability and Instability of the Spine
Section II Spine and Neural Element Pathology
4 Bone Quality
5 Degenerative and Inflammatory Diseases of the Spine
6 Trauma, Tumor, and Infection
7 Spinal Deformations
8 Neural Element Injury
9 Correlation of the Anatomical and Clinical Domains
Section III Spine Surgery
10 Surgical Approaches to the Subaxial Spine
11 Destabilizing Effects of Spine Surgery
12 Spine Fusion
Section IV Spine Instrumentation Constructs: General Principles
13 Implant Material Properties
14 Component-Component Interfaces
15 Implant-Bone Interfaces
16 Qualitative Attributes of Spinal Implants: A Historical Perspective
17 Quantitative Attributes of Spinal Implants
18 Construct Design
19 Construct Failure and Failure Prevention
Section V Spine Instrumentation Constructs: Region Specific Considerations
20 Craniocervical and Upper Cervical Contructs
21 Ventral Subaxial Spine Constructs
22 Dorsal Subaxial Spine Contructs
23 Interbody Contructs
24 Lumbo Sacral-Pelvic Contructs
25 Regional Nuances
Section VI Spine Instrumentation Constructs: Deformity Management and Prevention Strategies
26 Deformity Prevention and Correction: Component Strategies
27 Deformity Prevention and Correction: Complex Clinical Strategies
28 Complex Instrumentation Contructs and Force Applications
Section VII Iatrogenic Pathologies and New Spine Surgery Techniques and Technologies
29 Subsidence and Dynamic Spine Stabilization
30 Vertebral Augmentation
31 Adjacent Segment Degeneration and Disease
32 Motion Preservation Technologies
33 Minimally Invasive Spine Surgery
34 Construct Failure and Failure Prevention: The Decision Making

Center for Spine Health, Cleveland Clinic Main Campus, Cleveland, OH 44195