Informazioni
Non ci sono recensioni
Punto di Riferimento
per Medici e Operatori Sanitari
per Medici e Operatori Sanitari
LIBRERIA STUDIUM
Navigation, Robotics and 3D Printing in Spine Surgery
Current and Emerging Techniques
Garg, Kleck
Editore
Springer
Anno
2024
Pagine
247
ISBN
9783031686771
140,00 €
DA SCONTARE
Presenting the most up-to-date, cutting --edge techniques and technologies, this book provides the reader with an overview of contemporary approaches for degenerative, deformity and minimally invasive spine surgery. Sensibly divided into four main sections, the opening chapter describes the history of spinal navigation and a brief summary of the current categories: imaging based navigation using optical systems; robotic navigation systems; and the use of 3D printed patient-specific navigation. Within each of these sections are chapters addressing patient positioning, surgical planning, specific technologies and instrumentation, and a summary of current clinical findings, with an eye toward best practices in planning and execution. A final section discusses additional considerations for these modalities, including economic and legal aspects of these procedures.
Written and edited by thought leaders in the field of spine surgery, Navigation, Robotics and 3D Printing in Spine Surgery is designed for practicing spine surgeons and spine surgeons in training to help prepare them to safely and efficiently use navigation in spine surgery to optimize care for their patients.
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Front Matter
Pages i-xi
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Introduction
- Sumeet Garg
Pages 1-3
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Image Based Navigation
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Front Matter
Pages 5-5
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Image-Based Spinal Navigation: Current Technology and Future Applications
- K. Aaron Shaw, Michael O’Sullivan, Jaysson T. Brooks
Pages 7-16
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Image-Based Navigation: Room and Patient Positioning, Reference Frame Types and Application
- Felicity Fisk, Nolan Wessell
Pages 17-27
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Image-Based Navigation: Instrumentation
- Ali S. Farooqi, Sachin Gupta, Stuart L. Mitchell, Jason B. Anari
Pages 29-45
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Imaging-Based Navigation: Applications Beyond Instrumentation
- Keemia Soraya Heidari, Christopher J. Kleck
Pages 47-72
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Imaging-Based Navigation: Summary of Clinical Results
- John Whitaker, David Ou-Yang
Pages 73-88
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Robotic Navigation
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Front Matter
Pages 89-89
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History of Robotics in Spine Surgery
- Alex C. DiBartola, Dennis P. Devito
Pages 91-102
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Robotic Navigation: Mounting Systems
- Craig M. Birch, Daniel Hedequist
Pages 103-111
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- Mariano Garay, Mark A. Erickson
Pages 113-122
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Robotic Navigation: Instrumentation
- Theresa J. C. Pazionis, James Suk, Jeffrey L. Gum
Pages 123-144
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Robotic Navigation: Applications Beyond Instrumentation
- Matthew E. Simhon, Gerard F. Marciano, Nathan J. Lee, Michael W. Fields, Ronald A. Lehman
Pages 145-157
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Robotic Navigation: Summary of Clinical Results
- Gerard F. Marciano, Matthew E. Simhon, Nathan J. Lee, Ronald A. Lehman
Pages 159-175
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3D Printed Patient Specific Guides
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Front Matter
Pages 177-177
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3D-Printed Patient-Specific Guides: Basics and Current Systems
- Seongho Jeong, Meera M. Dhodapkar, Ally Yang, Ali Elaydi, Taikhoom Dahodwala, Dominick Tuason
Pages 179-189
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3D-Printed Patient-Specific Guides: Planning and Instrumentation
- Christina K. Hardesty
Pages 191-199
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3D-Printed Patient-Specific Guides: Summary of Clinical Results
- Devon LeFever, Aiyush Bansal, Rajiv Sethi
Pages 201-213
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Additional Navigation Considerations
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Front Matter
Pages 215-215
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Additional Navigation Considerations
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Economic Considerations for Navigation in Spine Surgery
- Jessica H. Heyer, Jason B. Anari, John (Jack) M. Flynn
Pages 217-226
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Robotic Navigation: Legal Considerations
- Theresa J. C. Pazionis, Jeffrey L. Gum
Pages 227-231
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Future Directions for Navigation in Spine Surgery
- Nicholas A. Felan, Evalina Burger
Pages 233-244
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Back Matter
Pages 245-247
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