Biomechanics of Spine Stabilization
Media Type:
| Edition: | 1 | |
|---|---|---|
| Copyright Year: | 2025 | |
| Details: | 394 pages | |
| ISBN: | 9781684205790 | |
| PDF ISBN: | 9781684205806 | |
| Epub ISBN: | 9781684205820 | |
| Illustration Number and type: | 236 | |
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Reader-friendly, question and answer review of spine stabilization biomechanics honors original tome
Self-assessment and review of both old and new techniques facilitates comprehensive understanding of principles that underlie spine stabilization biomechanics. Biomechanics of Spine Stabilization: Self-Assessment and Review edited by renowned spine surgeons Maxwell Boakye, Edward Benzel, Zoher Ghogawala, Darrel S. Brodke, and Jens R. Chapman emphasizes core topics from Biomechanics of Spine Stabilization. First published in 1995, with a third edition in 2015, this widely acclaimed textbook by Edward Benzel is considered the ”bible“ of biomechanics of spine stabilization.
Organized in nine parts and 39 chapters, this practical learning tool is designed to inform and make biomechanics routinely and practically accessible in clinical spine practice. The book starts with an overview of fundamental concepts, followed by two parts on spine and neural pathology and spine surgery. Parts 4-6 test knowledge of spine instrumentation general principles; regional considerations; and deformity, management, and prevention. Parts 7-8 cover iatrogenic pathologies, the latest spine surgery techniques and technologies, and non-operative spine stabilization. The book concludes with a final part on putting biomechanical concepts into practice.
Key Features
• Written by a who’s who of internationally acclaimed spine surgeons and professors
• Systemic chapter layout features brief learning objectives, followed by questions and answers
• Succinct, easily-digestible format provides a quick review, thereby promoting quick acquisition and retention of knowledge
This indispensable resource will help spine residents, fellows, and orthopaedic and neurosurgical spine surgeons better understand clinically important biomechanical principles that underpin spinal surgery and instrumentation, thereby enhancing evidence-based decision making.
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