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El. knyga: Biomechanics of Spine Stabilization

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  • Formatas: 568 pages
  • Išleidimo metai: 05-Dec-2014
  • Leidėjas: Thieme Medical Publishers Inc
  • Kalba: eng
  • ISBN-13: 9781638533627
Kitos knygos pagal šią temą:
Biomechanics of Spine StabilizationDidesnis paveikslėlis
  • Formatas: 568 pages
  • Išleidimo metai: 05-Dec-2014
  • Leidėjas: Thieme Medical Publishers Inc
  • Kalba: eng
  • ISBN-13: 9781638533627
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Biomechanics of Spine Stabilization, Third Edition, is a comprehensive and highly readable reference that helps spine specialists understand the clinically important biomechanical principles underpinning spinal surgery and instrumentation so that the best clinical decisions can be made for patients. This new edition includes coverage of the latest spine technology that has evolved over the past decade, such as motion preservation technologies and minimally invasive spine surgery.Features:Single-authored text with the consistent, authoritative voice of world-renowned expert Dr. BenzelMore than 350 new figures and original line drawings help clarify information in the textExtensive glossary of basic terminology on biomechanics for quick, easy referenceMore than 400 review questions at the back of the book for help with exam preparationThis book is an excellent clinical reference for spine surgeons, residents, and fellows in the fields of orthopedic surgery and neurosurgery, neuroradiologists, and engineers working for spine device companies.Thieme eNeurosurgery is the worlds most comprehensive neurosurgical resource online. For a free trial, go to: thieme.com/eneurotrial
Section I Overview of Fundamental Concepts
1 Biomechanically Relevant Anatomy and Material Properties of the Spine and Associated Elements
2(16)
2 Physical Principles and Kinematics
18(10)
3 Stability and Instability of the Spine
28(12)
Section II Spine and Neural Element Pathology
4 Bone Quality
40(6)
5 Degenerative and Inflammatory Diseases of the Spine
46(19)
6 Trauma, Tumor, and Infection
65(22)
7 Spine Deformations
87(8)
8 Neural Element Injury
95(11)
9 Correlation of the Anatomical and Clinical Domains
106(6)
Section III Spine Surgery
10 Surgical Approaches to the Subaxial Spine
112(8)
11 Destabilizing Effects of Spine Surgery
120(8)
12 Spine Fusion
128(14)
Section IV Spine Instrumentation Constructs: General Principles
13 Implant Material Properties
142(7)
14 Component-Component Interfaces
149(10)
15 Implant-Bone Interfaces
159(15)
16 Qualitative Attributes of Spinal Implants: A Historical Perspective
174(16)
17 Quantitative Attributes of Spinal Implants
190(11)
18 Construct Design
201(16)
19 Construct Failure and Failure Prevention
217(13)
Section V Spine Instrumentation Constructs: Region Specific Considerations
20 Craniocervical and Upper Cervical Constructs
230(21)
21 Ventral Subaxial Spine Constructs
251(18)
22 Dorsal Subaxial Spine Constructs
269(25)
23 Interbody Constructs
294(19)
24 Lumbo Sacral-Pelvic Constructs
313(13)
25 Regional Nuances
326(12)
Section VI Spine Instrumentation Constructs: Deformity Management and Prevention Strategies
26 Deformity Prevention and Correction: Component Strategies
338(16)
27 Deformity Prevention and Correction: Complex Clinical Strategies
354(42)
28 Complex Instrumentation Constructs and Force Applications
396(20)
Section VII Iatrogenic Pathologies and New Spine Surgery Techniques and Technologies
29 Subsidence and Dynamic Spine Stabilization
416(15)
30 Vertebral Augmentation
431(6)
31 Adjacent Segment Degeneration and Disease
437(4)
32 Motion Preservation Technologies
441(9)
33 Minimally Invasive Spine Surgery
450(5)
34 Construct Failure and Failure Prevention: The Decision Making Process
455(9)
Section VIII Non-Operative Spine Stabilization
35 Bed Rest and Traction
464(7)
36 Spinal Bracing
471(10)
37 Exercises, Conditioning, and Other Non-Operative Strategies
481(15)
Section IX Synthesis: Putting it All Together
38 Biomechanical Testing
496(12)
39 The Decision-Making Process: A Reprise
508
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