Course Accreditation
This course has been granted prior approval by the American Association of Medical Assistants (AAMA) for 2 clinical CEUs. Granting approval in no way constitutes endorsement by the AAMA of the course content or the course provider.
Author Information
Brian Dickens – MBA, PHD, NATIONALLY REGISTERED CERTIFIED MEDICAL ASSISTANT (NRCMA)
Medical Program Director
Dr. Brian Dickens is a Nationally Registered Certified Medical Assistant (NRCMA) and subject matter expert in the medical assisting and allied health fields.
Address correspondence to:
ANNALS of CE
Editorial Department
PO Box 5005
Basking Ridge, NJ 07920
Email: info@ANNALSofCE.com
Disclosure statement: Dr. Brian Dickens reports having no financial or advisory relationship with any corporate, medical, or political organization doing work related to this educational activity or other business activity.
Approval Number:
142129
Intended Audience
This training course is an overview of the functions of a medical assistant in a radiography within a medical facility and is generally taken by employees who have previously completed a clinical role or related schooling. It is developed for clinical supervisors, allied health care employees, and trainees who work within the healthcare environment of radiography.
Learning Objectives
Upon completion of this course, you will be able to:
- Explain the different parts and effects of the X-ray machine
- Describe the various effects of radiation
- Provide an overview of anatomy and basic skeletons of the human body
- Provide an overview of how x-ray beams are created
- Distinguish anatomical directions and body planes
- Demonstrate basic positioning in x-ray procedures
- Perform basic math functions for radiography
Course outline
- 1. Overview
- 2. The X-ray Operator and Machine
- SOAP note
- Preparing the chart for the provider
- 3. The Effects of Radiation
- Law of Bergonie and Tirbondeau
- ALARA
- Physical protections
- 4. Creating and Controlling the X-ray and Image
- 5. Anatomy, Directional Terms, and Positioning
- Body planes and directional terms
- Skeletal system and types of fractures
- 6. Positioning
- 7. Math Applications in Radiography
- 8. Image Quality
- 9. References
- 10. Test