We'll start with the basics: why do we use Dual-energy X-ray Absorptiometry (DXA)? Learn all about how DXA is the method of choice for detecting bone loss. We'll also discuss the pitfalls of DXA and how to avoid bone-headed mistakes in interpreting bone density results. By the end of this course, you'll be able to explain why DXA is the top dog in detecting bone loss and fracture risk. You'll also be able to discuss the various technologies available for detecting bone loss and fracture risk, from TBS to REMS. Bone up on your knowledge and sign up today!
After purchase, the link to this online CE activity will be delivered via email, or you can log in to the course at the link below.
Access the online link to view the video, take the post test at your convenience, and receive your certificate online immediately after successful completion of test.
Outline
- Why do we use dual-energy X-ray Absorptiometry (DXA)
- Fracture Risk Assessment Tool (FRAX)
- Frax risk factors
- Trabecular Bone Score (TBS)
- 3D DXA
- Vertebral Fracture Assessment (VFA)
- Quantitative computed tomography (QCT)
- Opportunistic Biomechanical CT (BCT)
- Peripheral quantitative computed tomography (PQCT)
- Radiofrequency Echographic Multi Spectrometry (REMS)
Objectives:
- Explain why Dual-energy X-ray absorptiometry (DXA) is the Gold Standard in detecting bone loss.
- Explain the pitfalls of bone density.
- Discuss bone density applications that can assist in the diagnosis of bone loss and fracture risk.
- Discuss other technologies used in the detection of bone loss and fracture risk.
This program provides 2 AHRA Category A continuing education credit for radiologic technologists recognized by the ARRT and various licensure states. You must complete a post test and pass with a 75% or higher to receive your certificate of completion.
Approval Expirations
All Home study approvals have an expiration date. Some of our home studies are approved for one year others for two years. Whether a home study is renewed at the end of its expiration date is determined by the materials content and relevancy. AHEC recommends if you plan to purchase a home study to complete at a later date that you contact us to confirm the expiration date.
Greg Yardley , MSRS, RT(R), CBDT
Greg Yardley is a distinguished expert in the field of bone health and radiological sciences. With over two decades of experience spanning emergency medical services, radiology technology, and bone density diagnostics, Greg Yardley has dedicated his career to advancing the understanding of bone health, the science behind osteoporosis, and radiological sciences.rnGreg Yardley holds a master’s degree in Radiological Sciences and is certified as both a Radiology Technologist and Bone Density Technologist. Currently, Greg is part of the esteemed NASA Bone Mineral Lab and Medical Clinic, where they study the effects of zero gravity on bone density—pioneering research that contributes to the health of astronauts during and after space travel.rnBefore his work with NASA, Greg managed bone density operations at the Osteoporosis Center at Revere Health, performing and analyzing thousands of DXA scans and helping patients understand the nuances of bone density and strength. In addition, he has taken his expertise into the classroom, educating the next generation of radiology and bone density technologists through teaching roles at ISCD, AHEC, College of the Mainland and other respected institutions.rnBeyond research and diagnostics, Greg is a certified personal trainer specializing in safe and effective exercise regimen for individuals with osteoporosis and low bone density. His comprehensive approach bridges science, education, and personalized care, making him a trusted authority in his field.rnGreg will share insights on the intricacies of bone health, addressing bone density interpretation, exercise considerations, and the broader implications of osteoporosis diagnosis and treatment.
