Medical Physics: Approaches to Cancer Treatment
FOCUS · J21 ·
Presentations
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The use of Monte Carlo methods in heavy charged particle radiation therapy.
COFFEE_KLATCH · Invited
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Authors
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Harald Paganetti
- Massachusetts General Hospital
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Simulating the migration of multiple cancer cells in the bloodstream
ORAL
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Authors
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Keng-Hwee Chiam
- Institute of High Performance Computing, Singapore
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Multicatheter Device for Brachytherapy Treatment
POSTER
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Authors
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Carlos Velasco
- Hampton University
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Paul Gueye
- Hampton University
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Cynthia Keppel
- Hampton University
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Calibration Of An Active Mammosite Using A Low Activity Sr-90 Radioactive Source
ORAL
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Authors
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Jacquelyn Winston
- Morgan State University
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Brachytherapy with an improved MammoSite Radiation Therapy System
ORAL
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Authors
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Nanda Karthik
- Hampton University
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Cynthia Keppel
- Hampton University
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Vahagn Nazaryan
- Hampton University
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Recent advances in radiation cancer therapy
COFFEE_KLATCH · Invited
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Authors
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C.-M. Charlie Ma
- Fox Chase Cancer Center
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An Active MammoSite{\copyright} for Breast Cancer Treatment
ORAL
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Authors
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Alice Quan
- Hampton University
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Optical Interferometric Response of Living Tissue to Cytoskeletal Anticancer Drugs
ORAL
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Authors
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David Nolte
- Purdue University
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Kwan Jeong
- Purdue University
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John Turek
- Purdue University
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Characterization and modeling of relative efficiency of optically stimulated luminescence Al$_{2}$O$_{3}$:C detectors exposed to heavy charged particles
ORAL
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Authors
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Gabriel Sawakuchi
- Department of Physics, Oklahoma State University
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Eduardo Yukihara
- Department of Physics, Oklahoma State University
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Computed Tomography Measurements Using Optically Stimulated Luminescence of KBr:Eu In Real-Time.
ORAL
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Authors
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David Klein
- Dept. of Physics, Oklahoma State University
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David Peakheart
- Oklahoma University Health Sciences Center
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Razvan Gaza
- UT MD Anderson Cancer Center
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X. John Rong
- UT MD Anderson Cancer Center
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Stephen McKeever
- Dept. of Physics, Okla. State Univ.
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