Go!Cards Technology – Radiation Protection

Are you preparing for the Radiology Board Examination and looking for consolidated, up-to-date knowledge on technical topics in radiology? Do you have to gather knowledge from a mix of sometimes very old and technically outdated books, and still feel you don't get it? Do you want to quickly and to the point review and test the most important facts before the exam to see where your knowledge stands?

Then our Go!Cards are just right for you!

Hanna Styczen · 16. August 2023

In this Go!Cards set, you will find a total of 49 questions and answers on the topic of Radiation Protection to prepare for the Radiology Board Examination. You can quickly review and test the most important facts before the exam to see where your knowledge stands.

Our Go!Cards were developed according to the current European Training Curriculum for Radiology of the European Society of Radiology (ESR).

This set includes 49 questions and answers with the following subchapters:

  • Basics
  • Radiation Protection in Clinical Routine
  • Regularities

Tip: You should view the flashcards in full-screen mode, then they appear a bit larger. 🙂 We recommend using Chrome or Edge as a browser, as other browsers may display minor errors with the Go!Cards.

For the duration of your subscription (which will be automatically renewed each month if not canceled), you have full access to the Go!Cards. You can cancel your subscription at any time. Sharing your access data with third parties is, of course, not permitted (see also our general terms and conditions).

The specific learning objectives corresponding to the ESR’s European Radiology Training Curriculum for Radiology are:

B-I-14 Radiation Protection Education and Training


  • To describe the basic principles of radiation protection, as outlined by the ICRP (International Commission on Radiological Protection)
  • To describe concepts of dose determination and dose measurement for patients, occupationally exposed personnel and the public
  • To explain the nature of radiation exposure and the relevant dose limits for the worker, including organ dose and dose limits for pregnant workers, comforters, careers, and the general public
  • To define As Low As Reasonably Achievable (ALARA) and its applicability to diagnostic radiology settings
  • To explain the concepts and tools for dose management in diagnostic radiology with regard to adult and paediatric patients
  • To explain the basic concepts of patient dose measurement and calculation for the different modalities in diagnostic radiology
  • To describe the key considerations relevant to radiation protection when designing a diagnostic radiology department
  • To list diagnostic procedures performed outside the radiology department with relevant radiation protection considerations
  • To list expected doses (reference person) for frequent diagnostic radiology procedures
  • To explain quantitative risk and dose assessment for workers and the general public in diagnostic radiology
  • To define Quality Assurance (QA) in radiology, QA management and responsibilities, outline a QA and radiation protection programme for diagnostic radiology
  • To explain the principle of diagnostic reference levels (DRLs)
  • To list national and international bodies involved in RP regulatory processes
  • To specify the relevant regulatory framework (ordinances, directives, etc.) governing the medical use of ionising radiation in the respective country and the EU
  • To specify the relevant regulatory framework governing the practice of diagnostic radiology in the respective country and in the EU

B-I-15 Principles of Imaging Technology & Molecular Imaging

Knowledge Radiography

  • To list techniques to enhance image quality and to reduce radiation in fluoroscopy
Not Enrolled
This course is currently closed

Course Includes

  • 2 Lessons