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Clinical Applications of 3D Printing in Foot and Ankle Surgery
- 1st Edition - January 5, 2023
- Author: Peter D. Highlander
- Language: English
- Hardback ISBN:9 7 8 - 0 - 3 2 3 - 8 2 5 6 5 - 8
- eBook ISBN:9 7 8 - 0 - 3 2 3 - 8 2 5 6 6 - 5
As an emerging technology, 3D printing holds much promise for foot and ankle reconstruction and difficult-to-treat pathologies. The first text of its kind, Clinical Application of… Read more
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Institutional subscription on ScienceDirect
Request a sales quoteAs an emerging technology, 3D printing holds much promise for foot and ankle reconstruction and difficult-to-treat pathologies. The first text of its kind, Clinical Application of 3D Printing in Foot and Ankle Surgery provides comprehensive, in-depth operative coverage as well as opinions and case examples from surgeons who are currently using 3D printing in their practices. This ground-breaking volume sets the standard for this rapidly advancing field and provides practical, real-world guidance on incorporating 3D printing into your surgical practice.
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Presents clinically focused content in a templated, easy-to-read format of bulleted summaries and practical advice based on the editor’s and authors’ experience.
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Features a practical focus on procedures, techniques, and cases, with tips, tricks, and pearls throughout.
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Includes decision-making criteria on when to consider 3D printing.
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Provides preoperative, intraoperative, and postoperative protocols developed by the authors.
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Contains high-quality photographs and 3D imaging.
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An eBook version is included with purchase. The eBook allows you to access all of the text, figures and references, with the ability to search, customize your content, make notes and highlights, and have content read aloud.
Foot and Ankle Surgeons, Orthopaedic Surgeons/Residents,
- Cover image
- Title page
- Table of Contents
- Copyright
- Dedication
- Contributors
- Foreword
- Preface
- Acknowledgments
- List of Tables
- List of Illustrations
- Section 1. Engineering and Historical Perspectives
- 1. Historical perspectives on 3D printing
- Introduction
- References
- 2. CT to software and other considerations
- Introduction
- Software workflow
- CT scan considerations
- Other modalities
- References
- 3. Material science for 3D printing in medicine
- Introduction
- Metals
- Polymers
- Composites
- Degradable materials
- References
- Section 2. Surgical Techniques
- 4. Isolated total talus replacement
- Definition
- Indications
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant design specifications and considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results
- References
- 5. Total talus replacement with a titanium nitride-coated 3D-printed titanium implant
- Definition
- Indications and contraindications
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging
- Nonoperative management
- Traditional surgical management
- 3D-printed implant design specifications and considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 6. Primary constrained total talus with subtalar joint arthrodesis
- Definition
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant design specifications and considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Considerations
- References
- 7. 3D-printed custom hemi-talus replacement
- Definition
- Indication(s)
- Anatomy and pathogenesis
- Patient history and physical exam findings
- Imaging and diagnostic tests
- Nonoperative management
- Traditional surgical management
- 3D-printed implant and instrumentation considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Preoperative x-rays (Figs. 7.12 and 7.13)
- Preoperative planning (Figs. 7.14 to 7.16)
- Intraoperative images (Figs. 7.17 to 7.25)
- Postoperative x-rays (Fig. 7.26)
- References
- 8. Primary total ankle total talus replacement
- Definition
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging
- Nonoperative management
- Traditional surgical management
- 3D-printed implant and instrumentation considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 9. Custom constrained 3D total talus/navicular replacement
- Definition
- Indications
- Patient history and physical exam
- Imaging and other testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant design specifications and considerations
- Surgical management with 3D-printed technology
- Postoperative protocol
- Conclusion
- References
- 10. 3D-printed solutions for avascular necrosis of the talonavicular joint
- Definition
- Indications
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Treatment options
- Traditional/alternative surgical management
- 3D-printed implant design specifications and considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 11. Tibiotalocalcaneal fusion with talar cage for hindfoot reconstruction
- Definition
- Diagnosis
- Anatomy
- Biomechanics
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant and instrumentation considerations
- Surgical management of 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 12. Distraction subtalar joint fusion using a custom 3D-printed implant
- Definition
- Indications
- Anatomy and pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant and/or instrumentation considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 13. Subtalar joint distraction arthrodesis utilizing titanium truss technology for posttraumatic calcaneal fracture arthritis
- Definition
- Anatomy
- Pathogenesis
- Patient history and physical findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management: Concerns and disadvantages
- Titanium truss design specifications and considerations
- Surgical management with a titanium truss for subtalar joint distraction arthrodesis
- Postoperative protocol
- Results/outcomes
- Previously published results
- Possible complications
- References
- 14. Treatment of navicular avascular necrosis in the sensate patient
- Definition
- Anatomy and biomechanics
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 15. Midfoot fusion with a custom 3D-printed cage for charcot deformity
- Definition
- Diagnosis
- Anatomy
- Biomechanics
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- Surgical management with 3D-printed devices
- Implant design and specifications
- Postoperative protocol
- Results/outcomes
- References
- 16. A 3D-printed solution for evans calcaneal osteotomy nonunion
- Definition
- Anatomy and pathogenesis
- Patient history and physical exam findings
- Imaging
- Nonoperative management
- Traditional surgical management
- 3D-printed implant and instrumentation considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 17. 3D-printed total cuboid replacement for lateral column pathology
- Definition
- Indications
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant design specification and considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Summary (Table 17.1)
- References
- 18. A 3D-printed solution for revision lapidus bunionectomy
- Definition
- Anatomy and pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- 3D-printed implant and instrumentation considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 19. 3D-printed solutions for first metatarsophalangeal joint fusion with osseous deficit
- Definition
- Anatomy
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management (concerns and disadvantages)
- 3D-printed implant design specifications and considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 20. 3D-printed hallux and lesser metatarsophalangeal joint replacement
- Definition
- Anatomy/pathogenesis
- History and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative treatment
- Traditional surgical management
- 3D-printed implant and/or instrumentation considerations
- Surgical management with 3D-printed devices
- Postoperative protocol
- Results/outcomes
- References
- 21. Lesser metatarsal replacement
- Definition
- Anatomy of the 2nd to 5th lesser metatarsophalangeal joints
- Pathogenesis
- Patient history and physical exam findings
- Imaging and other diagnostic testing
- Nonoperative management
- Traditional surgical management
- Implant design specifications and considerations for lesser MTPJ replacement
- Surgical technique
- Lesser MTPJ replacement postoperative protocol
- Results and outcomes of lesser metatarsophalangeal joint replacement
- References
- Index
- No. of pages: 256
- Language: English
- Edition: 1
- Published: January 5, 2023
- Imprint: Elsevier
- Hardback ISBN: 9780323825658
- eBook ISBN: 9780323825665
PH
Peter D. Highlander
Peter Highlander, DPM, MS is a reconstructive foot & ankle surgeon at The Reconstruction Institute in Bellevue, Ohio. Dr. Highlander has been heavily involved in 3D printing since 2017 and is a founding member of the AOS3DP for which he serves as secretary. In addition to multiple ongoing research projects and patent pending implant designs involving 3D printing, Dr. Highlander serves on the advisory board and Associate Professor for the Miller 3D Print Lab at the University of Toledo Medical Center. In 2018, Dr. Highlander was named, “Physician Innovator” by Crain’s Cleveland Business newspaper for his role in 3D printing.
In 2016, Dr. Highlander relocated to his hometown and joined The Bellevue Hospital staff where he formed the Reconstruction Institute as well as a hospital based wound center for which he serves as medical director. Dr. Highlander also functions as director for the Bellevue Hospital’s foot & ankle reconstruction surgical fellowship, a program which emphasizes 3D printing technology & its role in foot & ankle surgical reconstruction & research.
A graduate of Barry University School of Podiatric Medicine, Dr. Highlander completed his residency at the University of Pittsburgh Medical Center.