Exam 16: Particle Therapy
Exam 1: Cancer: An Overview44 Questions
Exam 2: The Ethics and Legal Considerations of Cancer Management25 Questions
Exam 3: Principles of Pathology25 Questions
Exam 4: Overview of Radiobiology20 Questions
Exam 5: Detection and Diagnosis25 Questions
Exam 6: Medical Imaging23 Questions
Exam 7: Treatment Delivery Equipment24 Questions
Exam 8: Treatment Procedures28 Questions
Exam 9: Infection Control in Radiation Oncology Facilities25 Questions
Exam 10: Patient Assessment19 Questions
Exam 11: Pharmacology and Drug Administration20 Questions
Exam 12: Applied Mathematics Review22 Questions
Exam 13: Introduction to Radiation Therapy Physics25 Questions
Exam 14: Aspects of Brachytherapy30 Questions
Exam 15: Special Procedures25 Questions
Exam 16: Particle Therapy20 Questions
Exam 17: Radiation Safety and Protection31 Questions
Exam 18: Patient Safety in Radiation Oncology19 Questions
Exam 19: Quality Improvement in Radiation Oncology20 Questions
Exam 20: Surface and Sectional Anatomy48 Questions
Exam 21: Simulator Design19 Questions
Exam 22: Computed Tomography Simulation11 Questions
Exam 23: Photon Dosimetry Concepts and Calculations39 Questions
Exam 24: Photon Dose Distributions24 Questions
Exam 25: Electron Beams in Radiation Therapy25 Questions
Exam 26: Electronic Charting and Image Management30 Questions
Exam 27: Bone, Cartilage, and Soft Tissue Sarcomas30 Questions
Exam 28: Lymphoreticular System Tumors30 Questions
Exam 29: Endocrine System Tumors30 Questions
Exam 30: Respiratory System Tumors24 Questions
Exam 31: Head and Neck Cancers24 Questions
Exam 32: Central Nervous System Tumors20 Questions
Exam 33: Digestive System Tumors24 Questions
Exam 34: Gynecological Tumors20 Questions
Exam 35: Male Reproductive and Genitourinary Tumors25 Questions
Exam 36: Breast Cancer19 Questions
Exam 37: Pediatric Solid Tumors23 Questions
Exam 38: Skin Cancers and Melanoma19 Questions
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Hounsfield units should be converted to correct for particle ___________ when using computed tomography (CT)for proton therapy planning?
Free
(Multiple Choice)
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Correct Answer:
A
The proton beam is focused and shaped by devices in which of the following?
Free
(Multiple Choice)
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Correct Answer:
B
What is the shape of the proton beam as it passes through the transport system?
Free
(Multiple Choice)
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Correct Answer:
D
In an SOBP proton beam, as depth increases, linear energy transfer (LET)does what?
(Multiple Choice)
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An acrylic or wax compensator may be necessary during proton therapy to do which of the following?
(Multiple Choice)
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Which of the following is one common characteristic for uniform and nonuniform scanning systems that they both are able to do?
(Multiple Choice)
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Most small footprint proton systems have gantry rotation capabilities up to which of the following?
(Multiple Choice)
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Custom compensators used in proton therapy are often made of which of the following?
(Multiple Choice)
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The spread out Bragg peak (SOBP)is created by which of the following?
(Multiple Choice)
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The water equivalent thickness (WET)of an immobilization device used during proton therapy can affect which of the following attributes of the beam?
(Multiple Choice)
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Internal target motion can be accounted for by _____________ the compensator used in proton therapy.
(Multiple Choice)
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The tumor types treated in the earliest years of proton therapy included those in or near which of the following? (Select two.)
(Multiple Choice)
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What do the results of a clinical study completed at MD Anderson indicate regarding when adaptive planning is strongly indicated?
(Multiple Choice)
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Protons have an accepted relative biological effect (RBE)value of which of the following?
(Multiple Choice)
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Which of the following is the most reliable method for verifying beam clearance before a patient is treated?
(Multiple Choice)
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Patch planning is an approach used when matching two proton fields together based on their __________.
(Multiple Choice)
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Although several heavy particles may be used therapeutically, proton therapy represents _____% of the particle therapy market in the United States.
(Multiple Choice)
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What is one disadvantage of today's synchrocyclotron over the cyclotron?
(Multiple Choice)
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