Handbook of Treatment Planning in Radiation Oncology.
Title:
Handbook of Treatment Planning in Radiation Oncology.
Author:
Videtic, Gregory.
ISBN:
9781617051975
Personal Author:
Edition:
2nd ed.
Physical Description:
1 online resource (264 pages)
Contents:
Cover -- Title -- Copyright -- Contents -- Preface to the Second Edition -- Preface to the First Edition -- Contributors -- Chapter 1: General Physics Principles -- General Principles -- Target Volumes -- Treatment Planning -- Plan Evaluation -- Selected Technical Facts -- Selected Brachytherapy Facts -- Reference -- Chapter 2: Tools for Simulation and Treatment -- Techniques in Positioning and Immobilization -- Thermoplastic Mesh -- Cradle-Type Devices -- Modular Systems -- Stereotactic Systems -- Breath Control Systems -- Techniques in Simulation -- Techniques in Localization at the Time of Treatment Delivery -- Gaiting -- Portal Imaging -- Image-Guided Radiation Therapy (IGRT) -- Chapter 3: Central Nervous System Radiotherapy -- General Principles -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Critical Structures -- Single-Fraction SRS -- Glioma-High Grade -- Indications and Options for Treatment -- Localization, Immobilization, Simulation for Fractionated Radiotherapy (RT)/Fractionated Stereotactic RT (FSRT) -- Volumes, Dose, and Fractionation -- Special Considerations -- Glioma-Low Grade -- Indications and Options for Treatment -- Localization, Immobilization, Simulation for Fractionated RT/FSRT -- Volumes, Dose, and Fractionation -- Special Considerations -- Brainstem Glioma -- Indications for Treatment -- Localization, Immobilization, Simulation for Fractionated RT/FSRT -- Volumes, Dose, and Fractionation -- Meningioma -- Indications for Treatment -- Localization, Immobilization, Simulation for Fractionated RT/FSRT -- Volumes, Dose, and Fractionation -- Special Considerations -- Pituitary Adenoma -- Indications for Treatment -- Localization, Immobilization, Simulation for Fractionated RT/FSRT -- Volumes, Dose, and Fractionation -- Vestibular Schwannoma.
Indications for Radiotherapy Treatment -- Localization, Immobilization, Simulation for Fractionated RT/FSRT -- Volumes, Dose, and Fractionation -- Special Considerations -- Arteriovenous Malformation -- Indications and Options for Treatment -- Localization, Immobilization, Simulation -- Volumes, Dose, and Fractionation -- Special Considerations -- Spinal Cord Tumors -- Indications and Options for Treatment -- Localization, Immobilization, Simulation for Fractionated RT/FSRT -- Volumes, Dose, and Fractionation -- References -- Chapter 4: Head and Neck Radiotherapy -- General Principles -- Radiotherapy -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning-Definitive Radiotherapy -- Treatment Planning-Postoperative Radiotherapy -- Dose/Fractionation -- Critical Structures -- Oropharynx Cancer -- Site-Specific Indications -- Target Volumes -- Special Considerations -- Larynx Cancer -- Site-Specific Indications -- Target Volumes -- Special Considerations -- Hypopharynx Cancer -- Site-Specific Indications -- Target Volumes -- Special Considerations -- Nasopharynx Cancer -- Site-Specific Indications -- Target Volumes -- Special Considerations -- Major Salivary Gland Cancer -- Site-Specific Indications -- Target Volumes (Postoperative) -- Special Considerations -- Oral Cavity Cancer -- Site-Specific Indications -- Target Volumes (Postoperative) -- Special Considerations -- Cancer of Unknown Primary -- Site-Specific Indications -- Target Volumes -- Special Considerations -- Maxillary Sinus Cancer -- Site-Specific Indications -- Target Volumes -- Special Considerations -- Nasal Cavity/Vestibule Cancer -- Specific Indications -- Target Volumes -- Special Considerations -- Thyroid Cancer -- Indications -- Target Volumes -- Special Considerations -- Nonmelanomatous Head and Neck Skin Cancer.
Indications -- Target Volumes -- Special Considerations -- Head and Neck Melanoma -- Indications -- Target Volumes -- Special Considerations -- References -- Chapter 5: Breast Radiotherapy -- General Principles -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Critical Structures -- Technical Factors -- Whole Breast Radiotherapy -- Introduction -- Localization, Immobilization, and Simulation -- Breast Conservation-External Target Volumes and Organs of Interest Definition -- Treatment Planning -- Dose/Fractionation -- Lymph Node (LN) Radiotherapy -- Introduction -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Dose/Fractionation -- Prone Breast Radiotherapy -- Introduction -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Dose/Fractionation -- Accelerated Partial Breast Radiotherapy -- Introduction -- Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Dose/Fractionation -- Postmastectomy Radiotherapy -- Introduction -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Dose/Fractionation -- References -- Chapter 6: Thoracic Radiotherapy -- General Principles -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest -- Treatment Planning -- Technical Factors -- Heterogeneity Corrections -- Non-Small Cell Lung Cancer -- TRT Indications -- Target Volume Definitions -- Treatment Planning -- Dose/Fractionation -- Small Cell Lung Cancer -- TRT Indications -- Target Volume Definitions -- Dose/Fractionation -- Thymoma -- TRT Indications -- Target Volume Definitions -- Treatment Planning.
Dose/Fractionation -- Esophageal Carcinoma -- TRT Indications -- Special Considerations at Simulation -- Target Volume Definitions -- Dose/Fractionation -- Mesothelioma -- TRT Indications -- Special Considerations at Simulation -- Target Volume Definitions -- Dose/Fractionation -- Planning Considerations -- Stereotactic Body Radiotherapy for Lung Tumors -- Indications -- Special Considerations at Simulation -- Target Volume Definitions -- Treatment Planning -- Dose/Fractionation -- References -- Chapter 7: Gastrointestinal (Nonesophageal) Radiotherapy -- General Principles -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition -- Treatment Planning -- Critical Structures -- Technical Factors -- Pancreatic Cancer -- Indications -- Localization, Immobilization, and Simulation -- Target Volume Definition -- Treatment Planning -- Volumetric Planning Goals -- Dose/Fractionation -- Gastric Cancer -- Indications -- Localization, Immobilization, and Simulation -- Target Volume Definition -- Treatment Planning -- Dose/Fractionation -- Rectal Cancer -- Indications -- Localization, Immobilization, and Simulation -- Target Volume Definition -- Treatment Planning -- Volumetric Planning Goals -- Dose/Fractionation -- Anal Cancer -- Introduction -- Localization, Immobilization, and Simulation -- Target Volume Definitions -- Treatment Planning -- Volumetric Planning Goals -- Dose/Fractionation -- Stereotactic Body Radiotherapy (SBRT) for Liver Tumors -- SBRT Indications -- Special Considerations at Simulation -- Target Volume Definitions -- Treatment Planning -- Dose/Fractionation -- Reference -- Chapter 8: Genitourinary Radiotherapy -- General Principles -- Localization, Immobilization, and Simulation -- Image Guidance for Localization and Daily Treatment Verification -- Target Volumes and Organs of Interest Definition.
Treatment Planning -- Technical Factors -- External Beam Radiotherapy for Prostate Cancer -- External Beam Radiotherapy Indications -- Localization, Immobilization, and Simulation -- Target Volume Definition for EBRT: Intact Prostate -- Lymph Node Irradiation (LNI) -- Dose/Fractionation -- Image Guidance -- Planning -- Critical Structures and Suggested Dose Constraints -- Target Volume Definition for EBRT: Post-Prostatectomy -- Dose/Fractionation -- Prostate Brachytherapy -- Indications -- Patient Evaluation -- Setup and Preparation -- Technique -- Target Volume Definition for Postimplant Prostate Brachytherapy Assessment -- Postimplantation Patient Directions -- Dose/Fractionation -- Postimplant Dosimetry -- Prostate Stereotactic Body Radiation Therapy (SBRT) -- Indications -- Localization, Immobilization, and Simulation -- Bladder Cancer -- RT Indications -- Localization, Immobilization, and Simulation -- Target Volume Definition -- Special Considerations -- Treatment Planning -- Dose/Fractionation -- Treatment Planning -- Testicular Cancer -- Indications -- Localization, Immobilization, and Simulation -- Target Volume Definition -- Dose/Fractionation -- Treatment Planning -- Penile Cancer -- Indications -- Brachytherapy -- External Beam RT -- Urethral Cancer -- Male Urethra -- Female Urethra -- References -- Chapter 9: Gynecologic Radiotherapy -- General Principles -- Localization, Immobilization, and Simulation -- Target Volumes and Organs of Interest Definition for Whole Pelvic Radiation -- Treatment Planning -- Critical Structures -- Brachytherapy -- Endometrial Cancer -- Indications -- External Beam RT in the Adjuvant Setting -- Brachytherapy in the Adjuvant Setting -- Definitive RT -- Cervical Cancer -- Indications -- External Beam Radiation in the Adjuvant or Definitive Setting -- Brachytherapy-Definitive -- Vulvar Cancer -- Indications.
External Beam Radiation Therapy.
Abstract:
This is a highly practical resource about the specific technical aspects of delivering radiation treatment. Pocket-sized and well organized for ease of use, the book is designed to lead radiation oncology trainees and residents step by step through the basics of radiotherapy planning and delivery for all major malignancies. This second edition retains the valued features of the first edition-comprehensive yet concise, practical, evidence-based-while incorporating recent advances in the field. This includes expanded and updated discussions of SBRT for prostate and GI tumors, intraoperative therapy for GI tumors, VMAT for brain tumors, and new coverage of MRI-based planning in simulation. Chapters are the result of a joint collaboration between residents and staff radiation oncologists in the Department of Radiation Oncology at the Cleveland Clinic. Sections are organized by body site or system-whichever is best suited to consistency in presenting planning principles. Also included are such specialized topics as palliative therapy and pediatrics. More than 200 images help to clarify the steps of radiotherapy planning and delivery. Written by and for residents on the "front lines" of their training, it is also a valuable resource for training other professionals in the field such as technologists, nurses, dosimetrists, and others as well as a quick reference for practicing physicians. Key Features of Handbook of Treatment Planning in Radiation Oncology, Second Edition: Provides a consistent, step-by-step approach to effective radiotherapy planning and delivery; Presents content in consistent, concise, bulleted format for easy review; Supported by over 200 color images; Explains specific technical aspects of delivering radiation treatment; Addresses such specialized topics as palliative therapy and pediatrics. New to the Second Edition: SBRT
(stereotactic body radiation therapy) for prostate and GI tumors; Intraoperative therapy for GI tumors; VMAT (volumetric modulated arc therapy) for brain tumors; New coverage of MRI based planning in simulation.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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