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 3D Modeling Technology in Oral and Maxillofacial Surgery
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| 저자 : Thomas Lambrecht |
| 역자 : |
정가 : 210,000원 |
| 판매가격 : 190,000원 |
| 적립금액 : 0원 |
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발행일: 1995, 160p 288 illus (220 in color)
출판: Quintessence Pub co. ISBN: 0-86715-287-7
목차
Foreword
Preface
1. Introduction
General History of 3-D Technology
Visualization
Model Construction
Limitations and Potential Applications
Applications in Oral & Maxillofacial Surgery
2. The 3-D Modeling Process
Computerized Tomography
CT Images Transfer of CT Images
Contour Determination
Contour Summation Visualization
Calculation of Milling Tracks
Model Fabrication Milling Machine
Model Materials Milling Tools
Milling Process Magnetic Resonance Tomography MRT Images Transfer of MRT Images Utilities
3. Case Studies Planning without Model Fabrication
Case 1. Meningoencephalocystocele
Planning with Model Fabrication
Case 2. Synostosis of the Metopic Suture
Case 3. Crouzon's Disease
Case 4. Hemifacial Dysplasia
Case 5. Bimaxillary Surgical Procedure
Case 6. Computerized Tomography and Magnetic Resonance Tomography of the TMJ
Demonstration of Surgical Technique
Case 7. Traumatology
Case 8. Preprosthetic Surgery
Case 9. Angle Class II Malocclusion
Case 10. Angle Class III Malocclusion
Case 11. Cleft Lip and Palate Combined with Mandibular Prognathism
Case 12. Cleft Lip and Alveolus with Severe Asymmetry
Case 13. Malocclusion with Masseter Hypertrophy
Case 14. Goldenhar's Syndrome (bilateral)
Case 15. Goldenhar's Syndrome (unilateral)
Case 16. Asymmetrical Hypertelorism
Case 17. Partial Mandibular Resection and Reconstruction with Microvascular Pedicellate Pelvic Ridge Gra
Case 18. Partial Mandibular Resection and Reconstruction with AO Reconstruction Plate and Artificial TMJ
Case 19. Secondary Reconstruction using Mirror-Image Tec
특징
Oral and maxillofacial surgery has long needed a methodology for ac curate definition of the third dimension. The
introduction of computer aided radiotomography in the 1970s
provided surgeons with multiple two-dimensional maps of information, which they themselves had to conceptualize into third dimension. The later advent of computerized summation
these data made it possible to display a perspective view of the third dimension on a monitor.
Computerized tomography (CT) and--in part--magentic resonanc
tomography (MRT) data with the further analytic refinement afforded by contour summation visualization, model fabricati
and surgical planning allow for extensive and methodical preoperative planning.
Additionally, three-dimensional models of bony structures ca now be made available for the planning and performance of or and maxillofacial surgical procedures on the facial skeleton
These models, which can be milled from a variety of material
allow surgeons the oppotrunity to study the bony structures a pa tient outside of the body and to manipulate their shape
as required to achieve a desired result.
Models permit a measurement of structures, the testing of osteotomic and resection techniques, and complete planning f almost all types of oral and maxillofacial surgery. In addit
to applications in preprosthetic and tumor surgery,
three-dimensional modeling can assistn in surgical correctio of malocclusion and congenital deformities. In traumatology,
however, its applications in primary care are limited due to time constraints. The future potential of modeling justifies continued expense of labor and cost, and the manufacture of
models for three-dimensional surgical planning will shorten
time required for surgical procedures in oral and maxillofac surgery. |
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