3-D conformal radiotherapy : a new era in the irradiation of cancer
著者
書誌事項
3-D conformal radiotherapy : a new era in the irradiation of cancer
（Frontiers of radiation therapy and oncology, vol. 29）
Karger, c1996
- hc : alk. paper
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注記
Papers from the 29th Annual San Francisco Cancer Symposium, Feb. 26-27. 1994
Includes bibliographical references and index
内容説明・目次
内容説明
Computer applications in radiotherapy have multiplied enormously over the past three decades. This guidebook explores critical issues in the design and delivery of computerized radiotherapy, including CT simulation, CT/MRI integration, 3-D treatment planning, plan optimization, on-line portal imaging, multileaf collimation, dose intensity modulation and computerized treatment delivery. A comprehensive overview of these techniques is presented by an outstanding faculty. Contributors discuss the latest developments in clinical treatment with irradiation, for brain, head and neck, lung, gastrointestinal, prostate and other major cancer sites. This practical and clinically-oriented volume is especially intended for radiotherapy clinical and technical practitioners - physicans, physicists, radiation technology therapists, and dosimetrists - as well as for all oncologists interested in recent major advances in radiation oncology.
目次
- Introduction: 3-D radiation treatment planning: a new era, J.A. Purdy
- Assessment of the impact of local control on clinical outcome, H. Suit. 3-D conformal radiation therapy treatment planning: Defining our golas: volume and dose specifications for 3-D conformal radiation therapy, J.A. Purdy
- Imaging: the basis for effective therapy, G.T.Y. Chen
- The CT-simulation 3-D treatment planning process, J.M. Michalski et al
- Clinical interpretation of dose-volume histograms: the basis for normal tissue preservation and tumour dose escalation, T.S. Lawrence et al
- Quantitative plan evaluation: TCP/NTCP, G.J. Kutcher
- Objective plan evaluation using a score function tool, M.V. Graham et al
- Optimization of 3-D conformal radiation treatment plans, R. Mohan et al
- Quality assurance in 3-D treatment planning, R.K. Ten Haken, B.A. Fraass. 3-D conformal radiation therapy treatment delivery: Patient positioning devices: innovations for set-up precision, speed, and patient comfort, M.V. Graham et al
- Computer-controlled radiation therapy and multileaf collimation, R. Mohan et al
- 3-D conformal therapy using beam intensity modulation, L.J. Verhey
- On-line portal imaging: contributions and limitations in clinical practice, S. Shalev
- Radiation oncology picture archiving and communications system: the electronic viewbox, W.R. Bosch et al. Clinical applications: Tissue inhomogeneity in the thorax: implications for 3-D treatment planning, R.K. Ten Haken et al
- 3-D conformal radiotherapy for lung cancer: the Washington University experience, M.V. Graham et al
- 3-D conformal radiation therapy for non-small cell lung carcinoma - clinical experience at the Memorial Sloan-Kettering Cancer Center, S.A. Leibel et al
- 3-D conformal radiotherapy in head and neck cancer - the Washington University experience, B. Emami et al
- 3-D conformal radiation therapy in upper gastrointestinal cancer - the University of Michigan experience, T.S. Lawrence et al
- 3-D conformal radiotherapy for carcinoma of the prostate - clinical experience at the Memorial Sloan-Kettering Cancer Center, S.A. Leibel
- 3-D conformal radiotherapy for prostate cancer - the University of Michigan experience, H.M. Sandler
- 3-D Treatment planning for brain tumours, J. Rosenman
- 3-D conformal radiotherapy for brain tumours - the University of Michigan experience, H.M. Sandler
- Multi-institutional clinical trials: 3-D conformal radiotherapy qualitu assurance - guidelines in an NCI/RTOG study evaluating dose escalation in prostate cancer radiotherapy, J.A. Purdy et al. Conclusion: Where will 3-D conformal radiation therapy be at the end of the decade? J. Rosenman.
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