What is included with this book?
Foreword | p. vii |
Preface | p. ix |
Contributors | p. xxiii |
List of Abbreviations | p. xxix |
Overview and History of Image-Guided Interventions | p. 1 |
Introduction | p. 1 |
Stereotaxy | p. 2 |
The Arrival of Computed Tomography | p. 6 |
Computer Systems Come of Age | p. 7 |
Image-Guided Surgery | p. 8 |
Three-Dimensional Localization | p. 9 |
Handheld Localizers | p. 10 |
Registration Techniques | p. 12 |
Display | p. 14 |
The Next Generation of Systems | p. 15 |
References | p. 16 |
Tracking Devices | p. 23 |
Introduction | p. 23 |
Tracking: A Brief History | p. 24 |
Principles of Optical Tracking Systems | p. 27 |
Principles of Electromagnetic Tracking | p. 28 |
Other Technologies | p. 31 |
Data Transmission and Representation | p. 34 |
Accuracy | p. 35 |
Conclusions | p. 35 |
References | p. 36 |
Visualization in Image-Guided Interventions | p. 45 |
Introduction | p. 45 |
Coordinate Systems | p. 46 |
Preoperative Images | p. 47 |
Computed Tomography | p. 48 |
Magnetic Resonance Imaging | p. 49 |
Nuclear Image Scans and Other Functional Data | p. 50 |
Intraoperative Data | p. 51 |
X-Ray Fluoroscopy and Rotational Angiography | p. 51 |
Intraoperative Ultrasound | p. 52 |
Intraoperative CT and Intraoperative MR | p. 53 |
Integration | p. 53 |
Segmentation and Surface Extraction | p. 53 |
Registration | p. 54 |
Visualization | p. 55 |
2D - Multi-Planar and Oblique | p. 55 |
3D Surface Rendering and 3D Volume Rendering | p. 57 |
Fusion, Parametric Mapping, and Multi-Object Rendering | p. 59 |
Systems for Visualization | p. 61 |
Low-Level Interfacing to Hardware | p. 61 |
Pipeline-Based APIs | p. 62 |
Scene-Graph APIs | p. 62 |
Software Rendering APIs | p. 63 |
Numerical Computing with Visualization | p. 65 |
Real-Time Feedback and Hardware Interfacing | p. 65 |
Receiving Input | p. 65 |
Presenting Output | p. 67 |
Applications | p. 67 |
Epilepsy Foci Removal | p. 67 |
Left Atrium Cardiac Ablation | p. 68 |
Permanent Prostate Brachytherapy | p. 70 |
Virtual and Enhanced Colonoscopy | p. 72 |
Surgical Separation of Conjoined Twins | p. 73 |
Summary | p. 75 |
References | p. 76 |
Augmented Reality | p. 81 |
Introduction | p. 81 |
What Is Augmented Reality? | p. 81 |
Why AR for Interventional Guidance? | p. 83 |
Technology Building Blocks and System Options | p. 84 |
System Examples and Applications | p. 85 |
Optical Microscope Systems | p. 85 |
Video AR Systems | p. 88 |
Large Screens | p. 91 |
Tomographic Overlays | p. 97 |
Video Enodoscope Systems | p. 102 |
Other Methods: Direct Projection | p. 104 |
System Features Overview | p. 104 |
Microscope Systems | p. 104 |
Video AR HMD Systems | p. 105 |
Semitransparent Screens | p. 105 |
Tomographic Displays | p. 106 |
Optical See-Through HMD Systems | p. 106 |
Technical Challenges and Fundamental Comparisons | p. 107 |
Right Place: Calibration | p. 107 |
Right Time: Synchronization | p. 107 |
Right Way: Visualization and Perception | p. 108 |
Concluding Remarks and Outlook | p. 110 |
References | p. 111 |
Software | p. 121 |
Introduction | p. 121 |
The Need for Software | p. 121 |
Software as a Risk Factor | p. 122 |
Quality Control | p. 123 |
The Cost of Software Maintenance | p. 123 |
Open Source Versus Closed Source | p. 124 |
Software Development Process | p. 127 |
FDA Guidelines | p. 128 |
Requirements | p. 130 |
Validation and Verification | p. 131 |
Testing | p. 131 |
Bug Tracking | p. 138 |
Coding Style | p. 139 |
Documentation | p. 140 |
Refactoring | p. 141 |
Backward Compatibility Versus Evolution | p. 142 |
Design | p. 143 |
Safety by Design | p. 143 |
Architecture | p. 144 |
User Interaction | p. 145 |
Keeping It Simple | p. 146 |
Risk Analysis | p. 147 |
State Machines | p. 148 |
Devices | p. 154 |
Realism Versus Informative Display | p. 156 |
References | p. 156 |
Rigid Registration | p. 159 |
Introduction | p. 159 |
3D/3D Registration | p. 160 |
Geometry-Based Methods | p. 161 |
Intensity-Based Methods | p. 167 |
2D/3D Registration | p. 172 |
Geometry-Based Methods | p. 175 |
Intensity-Based Methods | p. 178 |
Gradient-Based Methods | p. 181 |
Registration Evaluation | p. 183 |
Conclusions | p. 186 |
References | p. 187 |
Nonrigid Registration | p. 193 |
Introduction | p. 193 |
NonRigid Registration Technologies Potentially Applicable to Image-Guided Interventions | p. 196 |
Feature-Based Algorithms | p. 197 |
Intensity-Based Algorithms | p. 198 |
Optimization | p. 199 |
Nonrigid 2D-3D Registration | p. 199 |
Incorporation of Biomechanical Models | p. 200 |
Statistical Shape Models | p. 201 |
Real-Time Requirements | p. 201 |
Validation | p. 202 |
Applications of Image-Guided Applications to Soft Deforming Tissue | p. 203 |
Locally Rigid Transformations | p. 203 |
Biomechanical Models | p. 203 |
Motion Models | p. 206 |
Application of Statistical Shape Models | p. 211 |
Conclusion | p. 213 |
References | p. 214 |
Model-Based Image Segmentation for Image-Guided Interventions | p. 219 |
Introduction | p. 219 |
Low-Level Image Segmentation | p. 220 |
Model-Based Image Segmentation | p. 222 |
Introduction | p. 222 |
Classical Parametric Deformable Models or Snakes | p. 223 |
Level Set Segmentation | p. 224 |
Statistical Shape Models | p. 228 |
Applications | p. 232 |
Segmentation in Image-Guided Interventions | p. 232 |
Future Directions | p. 234 |
References | p. 235 |
Imaging Modalities | p. 241 |
Introduction | p. 241 |
X-Ray Fluoroscopy and CT | p. 242 |
Basic Physics Concepts | p. 242 |
Fluoroscopy | p. 244 |
Computed Tomography | p. 247 |
Current Research and Development Areas | p. 250 |
Nuclear Medicine | p. 251 |
Basic Physics Concepts | p. 251 |
Positron Emission Tomography | p. 252 |
Single Photon Emission Tomography | p. 254 |
Patient Access and Work Environment | p. 256 |
Current Research and Development Areas | p. 256 |
Magnetic Resonance Imaging | p. 257 |
Basic Physics Concepts | p. 257 |
System Components | p. 258 |
Image Characteristics | p. 259 |
Patient Access and Work Environment | p. 259 |
Current Research and Development Areas | p. 260 |
Ultrasound | p. 262 |
Basic Physics Concepts | p. 262 |
System Components | p. 263 |
Image Characteristics | p. 264 |
Patient Access and Work Environment | p. 265 |
Current Research and Development Areas | p. 265 |
Summary and Discussion | p. 268 |
References | p. 270 |
MRI-Guided FUS and its Clinical Applications | p. 275 |
Introduction | p. 275 |
MRgFUS Technology | p. 276 |
Acoustic Components | p. 279 |
Closed-Loop Control | p. 281 |
Planning and Execution | p. 284 |
The Commercial Therapy Delivery System | p. 285 |
Clinical Applications | p. 289 |
Commercial Brain Treatment System: ExAblate | p. 291 |
Targeted Drug Delivery and Gene Therapy | p. 292 |
BBB Disruption | p. 293 |
Conclusion | p. 297 |
References | p. 297 |
Neurosurgical Applications | p. 309 |
Introduction | p. 309 |
Stereotactic Neurosurgery | p. 309 |
Atlases | p. 311 |
Intraoperative Electrophysiological Confirmation | p. 312 |
Electrophysiological Databases | p. 313 |
Standard Brain Space | p. 314 |
Image Registration | p. 315 |
Surgical Targets | p. 316 |
Standardizing Electrophysiological Data in Patient Native MRI-Space | p. 317 |
Application to Deep-Brain Neurosurgery | p. 318 |
Representative Database Searches | p. 318 |
Target Prediction Using EP Atlases | p. 321 |
Integration of the Neurosurgical Visualization and Navigation System | p. 321 |
Digitized Brain Atlas and Segmented Deep-Brain Nuclei | p. 322 |
Final Surgical Target Locations | p. 322 |
Surgical Instrument Representation | p. 322 |
Visualization and Navigation Platform | p. 322 |
System Validation | p. 324 |
Conventional Planning Approach | p. 324 |
System-Based Planning Procedure | p. 324 |
Discussion | p. 328 |
References | p. 329 |
Computer-Assisted Orthopedic Surgery | p. 333 |
Introduction | p. 333 |
Orthopedic Practice | p. 336 |
Clinical Practice of Orthopedics | p. 336 |
CAOS Procedures | p. 337 |
Review of Quantitative Technologies Used in Orthopedics | p. 338 |
Evaluation | p. 339 |
Improved Technical and Functional Outcomes | p. 339 |
Reduced Operative Times | p. 342 |
Reduced Costs | p. 342 |
Other Issues Affecting Adoption | p. 343 |
Prospective Randomized Clinical Trials | p. 344 |
Practice Areas | p. 346 |
Hip Replacement | p. 346 |
Knee Replacement | p. 357 |
Pedicle Screw Insertion | p. 366 |
Fracture Repair | p. 370 |
Summary and Future Trends | p. 375 |
References | p. 376 |
Thoracoabdominal Interventions | p. 387 |
Introduction | p. 387 |
Lung: Bronchoscopic Biopsy | p. 389 |
Beginings of Guided Bronchoscopy: Biosense | p. 389 |
Clinical Evolution: Super Dimension | p. 392 |
Aurora-Based System | p. 393 |
Liver | p. 393 |
Transjugular Intrahepatic Shunt Placement (TIPS) | p. 394 |
Biopsy and Thermoablation | p. 396 |
Image-Guided Liver Surgery | p. 399 |
Kidney: Ultrasound-Guided Nephrostomy | p. 401 |
Laparoscopic Guidance | p. 403 |
Phantom Investigations | p. 404 |
Swine Studies | p. 404 |
Summary and Research Issues | p. 405 |
References | p. 406 |
Real-Time Interactive MRI for Guiding Cardiovascular Surgical Interventions | p. 409 |
Introduction | p. 409 |
Interventional MR Imaging System | p. 411 |
Magnet Configuration | p. 411 |
Interventional Imaging Platform | p. 411 |
Pulse Sequences and Image Reconstruction | p. 412 |
Interactive Imaging Features | p. 413 |
Invasive Devices and Experiments | p. 416 |
Room Setup | p. 417 |
Initial Preclinical Procedures | p. 418 |
Discussion | p. 422 |
References | p. 424 |
Three-Dimensional Ultrasound Guidance and Robot Assistance for Prostate Brachytherapy | p. 429 |
Introduction | p. 429 |
Prostate Brachytherapy | p. 431 |
Limitations of Current Brachytherapy | p. 433 |
Potential Solutions | p. 433 |
System Description | p. 434 |
Hardware Components | p. 434 |
System Calibration | p. 436 |
Software Tools | p. 438 |
System Evaluation | p. 445 |
Evaluation of Calibration | p. 445 |
Needle Positioning and Orientation Accuracy by Robot | p. 449 |
Needle Targeting Accuracy | p. 450 |
Evaluation of the Prostate Segmentation Algorithm | p. 452 |
Evaluation of the Needle Segmentation Algorithm | p. 454 |
Evaluation of the Seed Segmentation Algorithm | p. 455 |
Discussion | p. 457 |
References | p. 458 |
Radiosurgery | p. 461 |
Introduction | p. 461 |
Definition of Radiosurgery | p. 461 |
Review of Body Sites Treated with Radiosurgery | p. 462 |
What is Image-Guided Radiosurgery (IGRT)? | p. 463 |
Gamma Knife® | p. 464 |
History | p. 468 |
Current Status | p. 471 |
Developments | p. 475 |
Conventional Linac-Based Radiosurgery Systems | p. 477 |
Frame-Based Systems | p. 478 |
Image-Guided Setup Systems | p. 480 |
Image-Guided Treatment with Respiratory Motion | p. 481 |
Image-Guided Robotic Radiosurgery | p. 481 |
History and Description of the Cyber Knife | p. 481 |
Frameless Tracking Technology for Cranial Surgery, Spine, and Body | p. 482 |
Treatment Planning | p. 490 |
Treatment Delivery | p. 491 |
Four-Dimensional Real-Time Adaptive Respiratory Tracking (Synchrony) Technology | p. 491 |
Future of Image-Guided Radiosurgery | p. 494 |
Future Tracking Technologies | p. 494 |
Treatment Planning Algorithms | p. 497 |
Summary | p. 497 |
References | p. 497 |
Radiation Oncology | p. 501 |
Introduction | p. 501 |
Oncological Targets and the Nature of Disease Management | p. 502 |
Imaging and Feedback in Intervention | p. 503 |
Formalisms for Execution of Therapy | p. 503 |
Dimensions of an Image-Guided Solution for Radiation Therapy | p. 504 |
Image Guidance Technologies in Radiation Oncology | p. 506 |
Image-Guided Applications in Radiation Oncology | p. 514 |
Prostate Cancer: Off-Line and Online Models | p. 514 |
Stereotactic Body Radiation Therapy (SBRT) for Cancer of the Lung | p. 515 |
Accelerated Partial Breast Irradiation | p. 517 |
Image Guidance Approaches that Bridge Therapeutic Modalities | p. 517 |
The Optimal Intervention | p. 518 |
Opportunities in Image-Guided Therapy: New Information Driving Invention | p. 520 |
Image Guidance, Adaptation, and Innovation by the User | p. 521 |
Environments and Conditions that Support Innovations in Image-Guided Therapy | p. 523 |
Conclusion | p. 525 |
References | p. 525 |
Assessment of Image-Guided Interventions | p. 531 |
Introduction | p. 531 |
General Assessment Definitions | p. 532 |
Complexity of Procedures and Scenarios | p. 532 |
Direct and Indirect Impact of IGI Systems | p. 533 |
Interdisciplinary Collaborations | p. 533 |
Human-Machine Interaction | p. 533 |
Assessment Methodology | p. 535 |
Assessment Objective | p. 536 |
Study Conditions and Data Sets | p. 541 |
Assessment Methods | p. 543 |
Discussion | p. 545 |
References | p. 547 |
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