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Cover
1
Contents
6
Preface
10
Introduction
12
Advances in the Planning and Delivery of Radiotherapy: New Expectations, New Standards of Care
12
Abstract
12
The Expansion of Radiation Oncology Technologies
12
Target Volume Specification and Treatment: Issues of Accuracy
16
Intensity-Modulated Radiation Therapy/Image-Guided Radiation Therapy Planning and Delivery Technologies: Current Challenges
19
Proton and Heavy Ion Radiation Therapy
30
Radiation Dose and Second Cancers
32
Radiation Oncology Informatics
34
Conclusions
35
References
37
General Concepts and Methods
40
Advanced Technologies in the Radiotherapy Clinic: System Fundamentals
40
Abstract
40
A Typical Intensity-Modulated Radiotherapy Treatment Planning System
41
Target Localization and Image Guidance
43
Image Registration
52
Adaptive Radiotherapy
61
References
66
Economic Perspectives
71
Controversies in the Adoption of New Healthcare Technologies
71
Abstract
71
Health Technology Assessment
71
Payment Policy Development: Past and Present Realities, and Future Uncertainties
77
Cost-Effectiveness Methodologies, Implications in an Era of Value-Based Purchasing
83
Conclusions
88
References
89
IMRT: Advances in Treatment Design and Delivery
91
Clinical Implementation of Intensity-Modulated Arc Therapy
91
Abstract
91
Intensity-Modulated Arc Therapy: Basic Concepts
92
Why Rotational Intensity-Modulated Radiation Therapy?
93
Commercial Intensity-Modulated Arc Therapy Solutions
96
Clinical Implementation of Intensity-Modulated Arc Therapy
99
References
108
IGRT: Advances in Targeting Therapy
110
4D Imaging and 4D Radiation Therapy: A New Era of Therapy Design and Delivery
110
Abstract
110
Impact of Breathing Motion on Images
111
Impact of Breathing Motion during Treatments
117
Methods to Account for Breathing Motion
120
Future Directions
126
Acknowledgements
127
References
127
Locating and Targeting Moving Tumors with Radiation Beams
129
Abstract
129
How Do We Locate the Moving Target?
133
How Do We Hit a Moving Target?
137
How Do We Create Integrated Systems to Locate and Hit Moving Targets?
139
Conclusions
139
References
140
Integrating IMRT and IGRT into Treatment Delivery
143
Technologies of Image Guidance and the Development of Advanced Linear Accelerator Systems for Radiotherapy
143
Abstract
143
Technologies to Meet the Goals of Image-Guided Radiation Therapy
146
Image Guidance Systems and Procedures
148
Cone-Beam CT for Linac-Based Image-Guided Radiation Therapy
154
Image Guidance: Meeting Future Needs
165
Conclusions
169
References
169
HelicalTomotherapy: Image-Guided and Adaptive Radiotherapy
176
Abstract
176
System Overview
177
Clinical Applications of Helical Tomotherapy
178
Daily Megavoltage-Based CT Imaging
179
Dose Evaluation and Adaptive Radiotherapy
186
Conclusions
190
References
190
The CyberKnife in Clinical Use: Current Roles, Future Expectations
192
Abstract
192
The CyberKnife System
192
Advances in CyberKnife Treatment Planning and Dose Delivery
194
Current Clinical Applications of CyberKnife
199
The Future of CyberKnife
202
References
203
Image Guidance and the New Practice of Radiotherapy: What to Know and Use from a Decade of Investigation
207
Abstract
207
The Rationale for Image-Guided Radiation Therapy: Perspectives on the Current Practice of Radiotherapy
207
Challenges in Image-Guided Radiation Therapy
213
Clinical Applications of Image-Guided Radiation Therapy
217
Adaptive Radiotherapy
223
Conclusions
225
References
226
Head and Neck Cancers
228
Intensity-Modulated and Image-Guided Radiation Therapy for Head and Neck Cancers
228
Abstract
228
Intensity-Modulated Radiation Therapy/Image-Guided Radiation Therapy Planning for Head and Neck Cancers
229
Intensity-Modulated Radiation Therapy for Nasopharyngeal Carcinomas
245
Intensity-Modulated Radiation Therapy for Oropharyngeal Carcinomas
256
Conclusions
260
Guidelines for Clinical Practice
261
References
262
Delineating Neck Targets for Intensity-Modulated Radiation Therapy of Head and Neck Cancer
266
Abstract
266
Tumor and Target Volumes in the Neck
267
Target Doses and Techniques
275
Case Studies
278
Guidelines for Clinical Practice
278
References
280
Thoracic Cancers
282
Motion Management and Image Guidance for Thoracic Tumor Radiotherapy: Clinical Treatment Programs
282
Abstract
282
Practical Strategies for Managing Respiratory Motion
283
Case Example: Clinical Procedures for Respiratory Gating
298
References
302
Breast Cancer
303
Intensity-Modulated Radiotherapy for Breast Cancer: Advances in Whole and Partial Breast Treatment
303
Abstract
303
Intensity-Modulated Radiotherapy and the Goals of Breast Radiotherapy
303
Improving Dose Homogeneity
305
Avoidance of Organs at Risk
308
Clinical Treatment Planning
311
Partial Breast Radiotherapy
315
Intensity-Modulated Radiotherapy and Partial Breast Irradiation
319
Guidelines for Clinical Practice
322
References
323
Abdominal Cancers
326
Image-Guided Radiotherapy Strategies in Upper Gastrointestinal Malignancies
326
Abstract
326
Immobilization and Motion Management in Upper Abdominal Malignancies
327
Image-Guided Radiotherapy for Pancreatic Cancer
328
Image-Guided Radiotherapy for Liver Cancer
336
Conclusions
338
Guidelines for Clinical Practice
339
Acknowledgements
340
References
340
Lymphomas
342
Radiotherapy Planning for the Lymphomas: Expanding Roles for Biologic Imaging
342
Abstract
342
Initial Staging
343
Response Evaluation
345
Radiation Therapy Planning
348
Clinical Trials Utilizing PET
352
Guidelines for Clinical Practice
353
References
354
Prostate Cancer
355
Image-Guided, Adaptive Radiotherapy of Prostate Cancer: Toward New Standards of Radiotherapy Practice
355
Abstract
355
Prostate Radiotherapy: A Model for Adaptive Image-Guided Radiotherapy
356
Dosimetric Impact of Motion in Prostate Radiotherapy
357
Solutions to Motion and Deformation in Prostate Image-Guided Radiotherapy
370
Guidelines for Clinical Practice
377
References
378
SBRT Advances
381
The Expanding Roles of Stereotactic Body Radiation Therapy and Oligofractionation: Toward a New Practice of Radiotherapy
381
Abstract
381
The Radiobiology of Stereotactic Body Radiation Therapy
382
Stereotactic Body Radiation Therapy Applications
385
Future Directions for Stereotactic Body Radiation Therapy
389
Conclusions
391
References
391
Stereotactic Body Radiation Therapy: Normal Tissue and Tumor Control Effects with Large Dose per Fraction
393
Abstract
393
Traditional Radiobiology
394
Modeling the Survival Curve
396
Biologically Equivalent Dose
397
Organ/Tissue Function and Microscopic Architecture
398
Serially Functioning Tissue Macroscopic Architecture
401
Stereotactic Body Radiation Therapy and Ablation
402
Normal Tissue Consequences of Ablative Dose Delivery
403
Tumor Control Dose
404
Conclusions
404
References
405
Thoracic Cancers
406
Stereotactic Body Radiation Therapy for Thoracic Cancers: Recommendations for Patient Selection, Setup and Therapy
406
Abstract
406
Prospective Testing of Stereotactic Body Radiation Therapy
407
A Guide to Stereotactic Body Radiation Therapy: Procedures and Practice
411
Guidelines for Clinical Practice
421
References
421
Gastrointestinal Cancers
423
Stereotactic Body Radiation Therapy for Gastrointestinal Malignancies
423
Abstract
423
Stereotactic Body Radiotherapy for Locally Advanced Pancreatic Cancers
424
Stereotactic Body Radiotherapy for Hepatic Malignancies
432
Guidelines for Clinical Practice
436
References
437
Genitourinary Cancers
439
Stereotactic Body Radiotherapy for Prostate Cancer: Current Results of a Phase II Trial
439
Abstract
439
Phase II Trial for Hypofractionated Radiotherapy of Prostate Cancer
439
Trial Results
444
Guidelines for Clinical Care
448
References
448
Techniques and Technologies
449
Proton Therapy: Clinical Gains through Current and Future Treatment Programs
449
Abstract
449
The State of the Art in Proton Therapy
451
Current and Future Developments in Clinical Proton Technology
460
Conclusions: Future Proton Technologies
472
References
473
Medical Applications and Advances
474
Proton Therapy in the Clinic
474
Abstract
474
Rationale for Protons
475
Protons: Clinical Advantages and Special Concerns
475
Proton Radiotherapy Treatment Planning
479
Issues in the Utilization of Proton Radiotherapy
482
Protons: Clinical Experience
484
Protons: How User Friendly?
489
Protons: Current Challenges
491
Guidelines for Clinical Practice
493
References
493
Author Index
495
Subject Index
496
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