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Radiotherapy

  • "Preface External-beam radiotherapy has long been vexed by the simple fact that patients can (and do) move during the delivery of radiation. The most elegant and forward-looking solution to this reality is to actively adapt the radiation delivery process to the patient's natural movements. Recent advances in imaging and beam delivery technologies have now made this solution a practical reality. The purpose of this book is to present to researchers and clinical practitioners in radiation therapy an overview of the current and prospective state of the art in motion-adaptive radiation therapy. It presents technical reviews of each of the contributing elements of a motion-adaptive system (including target detection and tracking, beam adaptation, and patient realignment), discusses treatment planning issues that arise when the patient and internal target are mobile, describes several integrated motion-adaptive systems that are in clinical use or at advanced stages of development, and concludes with a review of the system control functions that must be an essential part of any therapy device that operates in a near-autonomous manner with limited human interaction. From these chapters, the reader will hopefully gain not only an understanding of the technical aspects and capabilities of motion adaptation but also practical clinical insights into planning and carrying out various types of motion-adaptive radiotherapy treatment"--Provided by publisher.
  • Basic radiation oncology 2010, Springer
    Radiation physics -- Radiobiology -- Clinical radiation oncology -- Central nervous system tumors -- Head and neck cancers -- Lung cancer -- Breast cancer -- Genitourinary system cancers -- Gynecological cancers -- Gastrointestinal system cancers -- Soft tissue sarcoma -- Skin cancer -- Lymphomas and total body irradiation.
  • Brachytherapy 2007, Ovid
    Radiobiologic concepts for brachytherapy / Alexandra J. Stewart and Bleddyn Jones -- Technical physics support for brachytherapy / Robert A. Cormack ... [et al.] -- Head and neck brachytherapy / Peter Han ... [et al.] -- Central nervous system brachytherapy / Arnab Chakravarti, Thomas F. DeLaney, and Jay S. Loeffler -- Breast brachytherapy / Joseph R. Kelley ... [et al.] -- Thoracic brachytherapy / Subhakar Mutyala and David J. Sugarbaker -- Gastrointestinal brachytherapy / Brian G. Czito ... [et al.] -- Prostate brachytherapy / Caroline L. Holloway ... [et al.] -- Gynecologic brachytherapy / Akila N. Viswanathan and Daniel G. Petereit -- Soft tissue sarcoma brachytherapy / Chandrajit P. Raut and Michele Albert -- Vascular brachytherapy / Huan Giap and Prahbakar Tripuraneni -- Role of brachytherapy in pediatrics / Thomas E. Merchant and Matthew J. Krasin -- Establishing a brachytherapy practice / Gerard Walsh ... [et al.].
  • Contemporary IMRT 2005, CRCnetBASE
  • Prognostic factors in histopathology of lung cancer / A. Fisseler-Eckhoff -- FDG-PET/CT in lung cancer : an update / R.-P. Baum, C. Świętaszczyk, V. Prasad -- Whole-body magnetic resonance imaging for staging of lung cancer / R. Puls ... [et al.] -- Bronchoscopy/endobronchial ultrasound / F.J.F. Herth -- New developments in videomediastinoscopy : video-assisted mediastinoscopic lymphadenectomy and mediastinoscopic ultrasound / B. Witte -- Resection in stage I/II non-small cell lung cancer / F.M. Smolle-Juettner ... [et al.] -- Role of mediastinal lymph node dissection in non-small cell lung cancer / S. Bölükbas, M.H. Eberlein, J. Schirren -- Radiation therapy for early stage (I/II) non-small cell lung cancer / B. Jeremic ... [et al.] -- Stereotactic body radiation therapy for early non-small cell lung cancer / F. Zimmermann ... [et al.] -- Extended surgical resection in stage III non-small cell lung cancer / S. Hillinger, W. Weder -- Stage III : definitive chemoradiotherapy / R. Fietkau, S. Semrau -- Adjuvant therapy in early-stage non-small cell lung cancer / M. Serke -- Postoperative irradiation in non-small cell lung cancer / S. Höcht ... [et al.] -- Altered fractionation schemes in radiotherapy / M. Stuschke, C. Pöttgen -- Chemotherapy of advanced non-small cell lung cancer / R. Pirker, W. Minar -- Radiotherapy / I.A. Adamietz -- Treatment of limited disease small cell lung cancer / D. de Ruysscher -- Radiochemotherapy in extensive disease small cell lung cancer ED-SCLC / B. Jeremic ... [et al.] -- Radiotherapy for extensive stage small cell lung cancer / B.J. Slotman -- Controversies in the treatment of advanced stages of small cell lung cancer / A. Schmittel -- Complementary and alternative medicine in lung cancer patients : a neglected phenomenon? / O. Micke.
  • Radioactivity, radionuclides, and radiopharmaceuticals -- Instrumentation and quality control -- Central nervous system -- Thyroid, parathyroid, and salivary glands -- Cardiovascular system -- Respiratory system -- Gastrointestinal tract -- Skeletal system -- Genitourinary system and adrenal glands -- Non-PET neoplasm imaging and radioimmunotherapy -- ¹⁸F-FDG PET/CT neoplasm imaging -- Inflammation and infection imaging -- Authorized user and radioisotope safety issues -- Self-evaluation. Unknown case sets -- Answers to unknown case sets -- Appendix A: Characteristics of radionuclides for imaging and therapy -- Appendix B-1: Radioactivity conversion table for International System (SI) Units (Becquerels to Curies) -- Appendix B-2: Radioactivity conversion table for International System (SI) Units (Curies to Becquerels) -- Appendix C-1: Technetium-99m decay and generation tables -- Appendix C-2: Other radionuclide decay tables -- Appendix D: Injection techniques and pediatric dosages -- Appendix E-1: Sample techniques for nuclear imaging -- Appendix E-2: Abnormal radio pharmaceutical distribution as a result of medications and other extrinsic factors -- Appendix F: Nonradioactive pharmaceuticals in nuclear medicine -- Appendix G: Pregnancy and breastfeeding -- Appendix H-1: General considerations for hospitalized patients receiving radionuclide therapy -- Appendix H-2: Special considerations and requirements for iodine-131 therapy -- Appendix I: Emergency procedures for spills of radioactive materials.
  • Skin cancer -- Central nervous system -- Malignant and benign diseases of the eye and orbit -- Cancer of the ear -- Nasopharyngeal cancer -- Nasal cavity and paranasal sinus cancer -- Oropharyngeal cancer -- Cancer of the lip and oral cavity -- Larynx and hypopharynx cancer -- Salivary gland tumors -- Thyroid cancer -- Unusual neoplasms of the head and neck -- Management of the neck and unknown primary of the head and neck -- Small cell lung cancer -- Non-small cell lung cancer -- Mesothelioma and thymic tumors -- Breast cancer -- Esophageal cancer -- Gastric cancer -- Pancreatic cancer -- Hepatobiliary cancer -- Colorectal cancer -- Anal cancer -- Renal call carcinoma -- Bladder cancer -- Prostate cancer -- Cancer of the penis -- Testicular cancer -- Cervical cancer -- Endometrial cancer -- Ovarian cancer -- Vaginal cancer -- Vulvar cancer -- Urethral cancer -- Hodgkin's lymphoma -- Non-Hodgkin's lymphoma -- Cutaneous lymphomas -- Multiple myeloma and plasmacytoma -- Bone tumors -- Soft-tissue sarcoma -- Pediatric (Non-CNS) tumors -- Palliation and benign conditions -- Clinical radiobiology and physics.
  • "This book provides complete descriptions of the techniques involved in medical image processing, using sufficient descriptions and practical references. Chapters cover topics of deformable registration, segmentation, image reconstruction, and integration of these practices into the radiation therapy environment. The four sections provide an overview of the image segmentation and reconstruction techniques using image processing across all modalities, and applications of these approaches in radiation therapy. The book also addresses the applications of registration, segmentation, and image reconstruction for radiation therapy, including adaptive radiotherapy, monitoring and tracking of treatment delivery, quantifying accuracy, and visualizing results"--Provided by publisher.
  • Image-guided IMRT 2006, Springer
  • "Preface This book presents key image-guided radiation treatment (IGRT) technologies for external beam radiotherapy and caps a multidecade phase of technology development in the realm of conformal, customized radiation treatment. This development phase has been somewhat brief and vigorous, with new IGRT innovations such as increased image fidelity and adaptive radiotherapy continuing through the present day. IGRT had been in development in earnest since the early 1990s as a desired companion to intensity-modulated radiation treatment (IMRT). It was known at the time that beam-intensity modulation would be proven to enable beamlets of radiation dose to be formed and delivered to give highly conformal treatment to target volumes, while at the same time providing avoidance of even nearby normal structures. IMRT was being developed with pathways that were based on particular technological features of each vendor's designs for their multileaf collimators (MLCs) and linear accelerators, e.g., leaf design (width, height, focus, speed, etc.), dose rate control, error checking, and gantry motion control. In a previous decade, the 1980s into the mid-1990s, three-dimensional conformal radiation treatment (3D-CRT) had been developed such that for the first time, using static pretreatment 3D images from computed tomography (CT), anatomical volumes could be identified and segmented for the target, normal structures, and the external contour. As 3D-CRT and IMRT technologies developed, it was recognized that confirming "correct" treatment geometry for every individual fraction might be important, since daily variations in treatment position and the locations of internal structures would lead to blurring (degradation) of the cumulative dose distribution"--Provided by publisher.
  • IMRT, IGRT, SBRT 2007, Karger
  • Over the last 4 years, IMRT, IGRT, SBRT: Advances in the Treatment Planning and Delivery of Radiotherapy has become a standard reference in the field. During this time, however, significant progress in high-precision technologies for the planning and delivery of radiotherapy in cancer treatment has called for a second edition to include these new developments. Thoroughly updated and extended, this new edition offers a comprehensive guide and overview of these new technologies and the many clinical treatment programs that bring them into practical use. Advances in intensity-modulated radiothera.
  • History and present status of gamma knife radiosurgery in Japan / S. Otto -- Dose selection for optimal treatment results and avoidance of complications / H. Nagano ... [et al.] -- Gamma knife radiosurgery for arteriovenous malformations: the furukawa experience / H. Jokura ... [et al.] -- Radiosurgery for cavernous malformations in basal ganglia, thalamus and brainstem / Y. Kida -- Radiosurgery for dural arterio-venous fistula / Y. Kida -- Gamma knife radiosurgery for vestibular schwannomas / S. Fukuoka ... [et al.] -- Long-term results of gamma knife radiosurgery for 100 consecutive cases of craniopharyngioma and a treatment strategy / T. Kobayashi -- Long-term results of stereotactic gamma knife radiosurgery for pituitary adenomas : specific strategies for different types of adenoma / T. Kobayashi --Gamma knife radiosurgery for skull-base meningiomas / M. Takanshi -- Other skull-base tumors / H.K. Inoue -- Radiosurgery for intracranial gliomas / Y. Kida, M. Yoshimoto, T. Hasegawa -- Gamma knife radiosurgery for other primary intra-axial tumors / Y. Iwai, K. Yamanaka-- Metastatic brain tumors : lung cancer / T. Serizawa -- Gamma knife radiosurgery for brain metastases of non-lung cancer origin : focusing on multiple brain lesions / M. Yamamoto, B.E. Barfod, Y. Urakawa -- Treatment of functional disorders with gamma knife thalamotomy / C. Ohye, T. Shibazaki -- Trigeminal neuralgia / M. Hayashi.
  • This quick reference guide for medical students and residents presents over sixty clinical case studies of major neurological conditions and their associated neuroimaging characteristics. A primer on the fundamental physics which underlie neuroimaging techniques is also provided. The content is organized by pathology type and the structure of every topic is similar to help the reader develop his or her thinking process in a stepwise fashion and to provide a rational approach to imaging interpretation. Neuroradiology in Clinical Practice is aimed at medical students and residents doing their rotations in neurology, internal medicine, emergency medicine, and family medicine, but will also be useful for allied health professionals, nurse practitioners, physician assistants and other primary medical care providers.
  • Neutron capture therapy 2012, Springer
  • Nuclear medicine therapy 2013, Springer
    Part I. Radionuclide Therapy of Malignant Diseases -- 1. Radioimmunotherapy of Lymphoma / Stanley J. Goldsmith -- 2. Radionuclide Therapy of Leukemias / Alain S. Abi-Ghanem -- 3. Radiophosphorus Treatment of Myeloproliferative Neoplasms / Edward B. Silberstein, L. Eugene, and S.R. Saenger -- 4. Radionuclide Therapy of Neuroendocrine Tumors / Andrew Mallia, Marco Maccauro, Ettore Seregni, Chiara Bampo, Carlo Chiesa, and Emilio Bombardieri -- 5. Radionuclide Therapy of Bone Metastases / Alain S. Abi-Ghanem and Katherine Zukotynski -- 6. Radionuclide Therapy in Melanoma / Roger F. Uren, Robert Howman-Giles, and John F. Thompson -- 7. Radioimmunotherapy in Brain Tumors Chiara Maria Grana and Giovanni Paganelli -- 8. Radioiodine Therapy of Differentiated Thyroid Cancer / Ettore Seregni, Andrew Mallia, Carlo Chiesa, Gabriele Scaramellini, Maura Massimino, and Emilio Bombardieri -- 9. Medullary Thyroid Carcinoma / Jean François Chatal, Jacques Barbet, Francoise Kraeber-Bodéré, and David M. Goldenberg -- 10. Local Accelerated Radionuclide Breast Irradiation: Avidin-Biotin Targeting System / Concetta De Cicco and Giovanni Paganelli -- 11. Radiomicrosphere Therapy of Liver Tumors / Seza A. Gulec, Rekha Suthar, and Tushar Barot -- 12. Trans-Arterial I-131 Lipiodol Therapy of Liver Tumors / David K. Leung and Chaitanya Divgi -- 13. Antibody-Targeted Therapeutic Radionuclides in the Management of Colorectal Cancer / Robert M. Sharkey and David M. Goldenberg -- 14. Radioimmunotherapy of Pancreatic Adenocarcinoma / David M. Goldenberg, William A. Wegener, David V. Gold, and Robert M. Sharkey -- 15. Radioimmunotherapy of Renal Cell Carcinoma / Chaitanya Divgi -- 16. Radioimmunotherapy of Prostate Carcinoma -- Part II. Radionuclide Therapy of Benign Diseases / Stanley J. Goldsmith, Scott T. Tagawa, Shankar Vallabhajosula, Anastasia Nikolopoulou, Irina Lipai, David M. Nanus, and Neil H. Bander -- 17. Radioiodine Therapy of Benign Thyroid Diseases: Graves' Disease, Plummer's Disease, Non-toxic Goiter and Nodules / Cumali Aktolun and Muammer Urhan -- 18. Radiosynoviorthesis / Gynter Mödder and Renate Mödder-Reese -- Part III. Special Topics in Radionuclide Therapy -- 19. The Chemistry of Therapeutic Radiopharmaceuticals / Shankar Vallabhajosula -- 20. Pretargeting: Advancing the Delivery of Radionuclides / Robert M. Sharkey and David M. Goldenberg -- 21. Radiobiology as Applied to Radionuclide Therapy with an Emphasis on Low Dose Rate Radiation Effects / David Murray, Razmik Mirzayans, and Alexander J. McEwan -- 22. Release Criteria and Other Radiation Safety Considerations for Radionuclide Therapy / Pat B. Zanzonico -- 23. Challenges Associated with Radionuclide Therapy and Need for Interdepartmental Collaboration / Cumali Aktolun.
  • "Pediatric Radiation Oncology is the definitive text and reference on use of radiation therapy for childhood cancer. The fifth edition reviews all significant recent clinical trials--including, for the first time, significant European clinical trials--and provides increased coverage of international and Third World issues. The latest cancer staging guidelines are included. New chapters cover psychosocial aspects of radiotherapy for the child and family and medical management of pain, nausea, nutritional problems, and blood count depression in the child with cancer"--Provided by publisher.
  • Overview of childhood cancer : incidence, survival, and late effects -- Challenges of treating children with radiation therapy -- Leukemia -- Tumors of the central nervous system -- Hodgkin lymphoma -- Neuroblastoma -- Wilms' tumor -- Soft-tissue tumors : (rhabdomyosarcoma and other soft-tissue sarcomas) -- Bone sarcomas (osteosarcoma and Ewing's sarcoma) -- Retinoblastoma.
  • "Inside the Sixth Edition of this now-classic reference, you will discover encyclopedic coverage of topics ranging from basic science to sophisticated computer-based radiation therapy treatment planning and supportive care. The book's comprehensive scope and abundantly illustrated format provide you with better understanding of the natural history of cancer, the physical methods of radiation application, the effects of radiation on normal tissues, and the most judicious ways in which you can employ radiation therapy in patient care. Traditionally available as a printed textbook, now it comes with acompletely revamped digital experience, powered by Inkling! NEW to the Sixth Edition ... site-specific chapters include relevant background information on each tumor including epidemiology, pathology, diagnostic work-up, prognostic factors, treatment techniques, applications of surgery and chemotherapy, end results, and more. Over 1,400 full-color illustrationshighlight key concepts in tumor pathogenesis, diagnosis, and targeted radiation therapy. Increased emphasis on new approaches and technologies improve your understanding of three-dimensional treatment planning, intensity-modulated radiotherapy, combined modality therapy, and particle therapy. Greater emphasis on palliative and supportive carereflects the role of radiation treatment in non-curative roles. New editors and contributors let you benefit from their decades of experience. Digital version includes the complete text, index-based search, note sharing, regular content updates integrated into the text, and much more."
  • Pt. I. General information -- Epidemiology and etiology of breast cancer -- Staging of breast cancer -- Molecular classification -- Prognostic and predictive factors -- Mechanisms of resistance to radiation -- Interaction of chemotherapy, radiotherapy, and timing -- Interactions of radiotherapy with hormonotherapy -- pt. II. Therapeutic results of radiotherapy in breast cancer -- Ductal carcinoma in situ -- Early stage breast cancer -- Locally advanced breast cancer -- Metastatic breast cancer -- pt. III. Radiotherapy atlas in breast cancer -- The organs at risk and radiation tolerance doses -- Chest wall and regional lymphatics -- Breast and tumor bed -- pt. IV. Modern radiotherapy techniques in breast cancer -- Simulation and patient fixation methods -- Three-dimensional planning techniques -- Inverse planning, intensity modulated radiation therapy, and image-guided radiation therapy -- Forward planning intensity modulated radiation therapy techniques -- Boost techniques -- Quality assurance -- Partial breast irradiation -- Hypofractionation -- Application of tomotherapy in breast cancer patients -- pt. V. Radiotherapy complications in breast cancer -- Radiotherapy complications.
  • "Preface: This book aims at providing a comprehensive and practical guide to proton and carbon ion therapy for a broad range of personnel in medical physics and radiation therapy, including medical physicists, radiation oncologists, dosimetrists, therapists, medical engineers, and trainees in these disciplines. The scope of this book includes physics and radiobiology basics of proton and ion beams, dosimetry methods and radiation measurements, treatment delivery systems, and practical guidance on patient setup, target localization, and treatment planning for clinical proton and carbon ion therapy, as well as detailed reports on the treatment of pediatric cancers, lymphomas, and various other cancers. The aim is to offer a balanced and critical assessment of the state-of-the-art proton and carbon ion therapy along with the discussion of major challenges and future outlook. This book contains 11 chapters. The first chapter provides an overview, and the final chapter describes future challenges. The remaining content is divided into three sections. The first section provides the basic aspects of proton and carbon ion therapy equipment covering accelerators, gantries, and delivery systems. Chapter 2 describes accelerators for proton and carbon ion therapy, including cyclotron, synchrotron, and other acceleration developments (such as dielectric wall accelerator, laser accelerated particle beams, and new concepts, including the cyclinac and compact cyclotron solutions). Chapter 3 describes proton and carbon ion therapy systems, with a focus on their major components, including energy selection systems, beam transport systems, control systems, gantries, and beam delivery systems"--Provided by publisher.
  • Proton therapy physics 2012, CRCnetBASE
    "Compared to x-ray-based radiotherapeutic modalities, proton therapy provides greater 3D localization, higher beam doses, access to deeper tumors, and less damage to surrounding healthy tissue. Though over fifty years old, it is now coming to the forefront of cancer treatment with greater understanding of the biophysics and better treatment and patient outcomes. This text presents an overview of proton therapy that addresses all key topics including, biophysics, accelerators, hardware, beam delivery, treatment planning, dose calculation, quality assurance, and precision. Features (1) Provides an overview of proton therapy; (2) Covers beam delivery using passive scattering and magnetic beam scanning; (3) Details the physics of treatment planning for homogenous fields and intensity-modulated fields; and (4) Discusses precision and uncertainties for both moving and non-moving targets"--Provided by publisher.
  • Radiation oncology 2012, Springer
    Radiation Physics --Radiobiology --Clinical Radiation Oncology --Central Nervous System Tumors --Head and Neck Cancers --Lung Cancer --Breast Cancer --Genitourinary System Cancers --Gynecological Cancers --Gastrointestinal System Cancers --Soft Tissue Sarcoma --Skin Cancer --Lymphomas and Total Body Irradiation --Pediatric Tumors --Rare Tumors and Benign Diseases.
  • Central Nervous System Tumors: Adult and Pediatric -- Skin Cancer -- Head and Neck Cancer -- Lung Cancer -- Tumors of the Mediastinum -- Breast Cancer -- Upper Gastrointestinal Cancers -- Lower Gastrointestinal Cancers -- Urinary System Cancers -- Male Genitourinary Cancer -- Gynecologic Malignancies -- Hematologic Malignancies -- Sarcoma -- Pediatric Non-central Nervous System Cancers -- Benign and Metastatic Disease.
  • Ideal for on-the-spot consultation, this pocket manual, Radiation Oncology: Management Decisions, provides easily accessible information for residents and practitioners in radiation oncology. It presents the most essential information that is immediately required in the clinical setting. The first eight chapters of the book focus on key basic concepts; the remaining 46 chapters describe treatment regimens for all cancer sites and tumor types. Includes coverage of pain and palliation, and covers all latest therapeutic techniques. This edition includes expanded information on image-guided therapy, 3D techniques, and 4D protocols. The updated cancer staging guidelines have been used throughout the manual. In addition, there is a brand-new chapter devoted to QUANTEC dosage recommendations.
  • Radiation toxicity 2006, Springer
  • Re-irradiation 2011, Springer
  • Introduction /Simon S. Lo, Bin S. Teh, Jiade J. Lu and Tracey E. Schefter --Historical Development of Stereotactic Ablative Radiotherapy /Timothy D. Solberg, Robert L. Siddon and Brian Kavanagh --CyberKnife System /Jun Yang, John P. Lamond, Jing Feng, Xiaodong Wu and Rachelle Lanciano, et al. --Novalis and Varian Systems /Isaac I. Rosen and Ramiro Pino --Helical TomoTherapy System /Whitney Warren, Walter H. Grant III and Bin S. Teh --Elekta System /Julian R. Perks, Megan E. Daly, David Schlesinger and Stanley H. Benedict --Treatment Planning for Stereotactic Body Radiation Therapy /Moyed Miften, Shiva K. Das, Indrin J. Chetty and David Westerly --Launching a Stereotactic Body Radiation Therapy Program /Michael Lamba --Radiobiology of Stereotactic Body Radiation Therapy/Stereotactic Ablative Radiotherapy /Michael D. Story, Chaitanya Nirodi and Clinton Park --Primary Lung Cancer /Joe Y. Chang, Shervin M. Shirvani, Billy W. Loo Jr., John P. Lamond and Ben J. Slotman, et al. --Primary Liver Cancer /Higinia R. Cárdenes and Foster Lasley --Prostate Cancer /Hiromichi Ishiyama, Alan Katz, Angel I. Blanco, Jose Hinojosa and Simon S. Lo, et al. --Renal Cell Carcinoma /Bin S. Teh, Hiromichi Ishiyama, Angel I. Blanco, Lee E. Ponsky and Simon S. Lo, et al. --Gynecologic Cancer /Charles A. Kunos, Jeffrey Fabien, Yuxia Zhang, James Brindle and Nina A. Mayr --Pancreatic Cancer /A. Yuriko Minn, Daniel T. Chang and Albert C. Koong --Benign and Malignant Primary Spinal Tumors /Brett Cox, Iris C. Gibbs and Yoshiya Yamada --Non-Skull Base Head and Neck Cancer /Farzan Siddiqui, David Raben, Sue S. Yom, Jiade J. Lu and Min Yao --Skull Base Head and Neck Cancer /Sue S. Yom, David Raben, Farzan Siddiqui, Jiade J. Lu and Min Yao --Lung Metastasis /Neha Amin, Tracey E. Schefter, Paul Okunieff, Brian Kavanagh and Michael T. Milano --Liver Metastasis /Michelle Stinauer, Rachelle Lanciano, Tracey E. Schefter, Brian Kavanagh and Julie A. Carlson, et al. --Adrenal Metastasis /Mirna Abboud, Simon S. Lo, Arnold C. Paulino, Daniel E. Lehane and Bin S. Teh --Histology-Specific Metastasis /Michael T. Milano and Joseph K. Salama --Bone Metastasis /Mirna Abboud, Arnold C. Paulino, B. S. Teh, Simon S. Lo and Rex Marco --Spinal Metastasis /Simon S. Lo, Andrew E. Sloan, Mitchell Machtay, Bin S. Teh and Arjun Sahgal, et al. --Reported Toxicities Associated with Stereotactic Body Radiation Therapy /Simon S. Lo, Arjun Sahgal, Charles A. Kunos, Bin S. Teh and Min Yao, et al. --Normal Tissue Constraints /Simon S. Lo, Arjun Sahgal, Lijun Ma, Ben J. Slotman and Zhibin Huang, et al. --Erratum: Primary Liver Cancer /Higinia R. Cárdenes and Foster Lasley --Erratum: Bone Metastasis /Mirna Abboud, Arnold C. Paulino, B. S. Teh, Simon S. Lo and Rex Marco.
  • "With the advent of computer technology and medical imaging, treatment planning in radiation oncology has evolved from a way of devising beam arrangements to a sophisticated process whereby imaging scanners are used to define target volume, simulators are used to outline treatment volume, and computers are used to select optimal beam arrangements for treatment. As such, this book is designed to provide a comprehensive discussion of the clinical, physical, and technical aspects of treatment planning. The intent of Treatment Planning in Radiation Oncology is to review these methodologies and present a contemporary version of the treatment planning process"--Provided by publisher.

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