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Sep 28
Education

EDU 02 - Precision in Practice: The Critical Role of Radiation Dosimetry in Radiotherapeutic Pharmaceuticals

02:45pm - 04:00pm PT
Radiation and Cancer Physics

MODERATOR(S)

N. Calvin Han, MD - Rio Grande Radiation Oncology

session DESCRIPTION

(This topic has been discussed and approved at International Research & Scientific Innovation Subcommittee) Radiation dosimetry plays a critical role in the development and application of radiotherapeutic pharmaceuticals, ensuring both efficacy and safety in treatment. Accurate dosimetry enables precise quantification of the radiation dose delivered to target tissues, such as tumors, while minimizing exposure to surrounding healthy tissues. This precision is essential for maximizing therapeutic outcomes and reducing side effects. In the context of radiopharmaceuticals, dosimetry is particularly important because the distribution of radioactive agents can vary significantly depending on the patients physiology and the agents pharmacokinetics. By providing detailed dose assessments, dosimetry supports the optimization of treatment protocols, individualizing therapy to meet patient-specific needs. Additionally, it aids in regulatory compliance by ensuring that the safety thresholds for radiation exposure are met during clinical trials and routine use. Advances in dosimetry technologies, including imaging-based approaches and computational modeling, further enhance our ability to assess dose distributions, contributing to the continued evolution of precision medicine in radiation therapy.

learning objectives

  1. Provide comprehensive training on modern dosimetric techniques to optimize radiopharmaceuticals efficacy while minimizing adverse effects.
  2. Highlight the integration of radiopharmaceuticals into multidisciplinary care plans, showcasing their potential in medical oncology, surgical oncology and radiation oncology.

Credits

AMA PRA Category 1 Credits: 1.25

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