Radiation Detection Instrumentation in Nuclear Medicine Practice (2020)

Radiation Detection Instrumentation in Nuclear Medicine Practice (2020) is organized by Radiological Society of North America (RSNA).

Start Date: 2/26/2020
End Date for CME Eligibility/Online Expiration Date: 2/25/2023

Description:
Each RSNA/AAPM Physics Module was professionally developed by a team of subject matter experts, led by a physicist and radiologist. Modules are subject to ongoing peer review to ensure content is accurate, up-to-date, and of the highest quality.
Please click here for a list of revised modules and key contributors involved in the development and continued management of the RSNA/AAPM Physics Modules.

The modules are designed to supplement physics curricula at radiology residencies and to be a resource for continued self-study by radiologists. The modules are one resource that may be used in addition to other forms of self-study such as textbooks, journal articles, and other online resources. In addition, educators may find them useful as a framework or supplement for didactic lessons. The modules are not intended to be the primary or sole source of information for residents preparing for board exams.

Content Areas (Codes):
The following Content Areas will be printed on the certificate for this module:
• Physics and Basic Science

Learning Objectives:
• Become familiar with the scope of radiation detection applications in nuclear medicine.
• Learn the modes of operation and general performance metrics of radiation detection devices.
• Learn the physical characteristics, mechanism of detection, and limitations of the primary categories of radiation detectors used in nuclear medicine: gas-filled detectors, scintillation detectors, semiconductor detectors, and thermoluminescent and optically-stimulated luminescent dosimeters.
• Be able to list and describe the specific characteristics and functions of each of the radiation detection devices encountered in clinical nuclear medicine practice.