ARRS 3D Printing of Anatomic Models: Value Added Opportunity for Radiology 2019

ARRS 3D Printing of Anatomic Models: Value Added Opportunity for Radiology 2019

Full Video Course

Examining the current technology of and future opportunities for medical 3D printing, radiologists will learn how to set up a 3D Printing Lab and assess the clinical value of 3D-printed models in musculoskeletal, cardiovascular, renal, craniofacial, and thoracic imaging.

Earn credit at your own pace through July 7, 2022 and continue to access your videos until July 8, 2029. See below for learning outcomes and a list of modules and individual lectures.

LEARNING OUTCOMES AND MODULES

After completing this course, the learner should be able to:

• discuss the history of 3D printing in medicine
• distinguish between 3D printing technologies
• describe through the logistics of setting up a low-cost 3D lab
• outline the clinical value of 3D printed models in musculoskeletal, cardiovascular, renal, craniofacial, and thoracic imaging.

Module 1

• Medical 3D Printing—J. Matsumoto
• 3D Medical Printing Technologies—P. Liacouras
• The Veterans Healthcare Administration 3D Printing Network—B. Ripley
• 3D Printing, AR, and VR for the Musculoskeletal System—B. Howe
• 3D Printing at Queen Elizabeth Hospital in Hong Kong—K. Lai
• Cardiovascular 3D Printing Applications—T. Foley

Module 2

• 3D Printing in Kidney and Prostate Cancer—N. Wake
• Convergence from Medical Imaging to Artificial Intelligence for 3D Printing in Medicine at South Korea—N. Kim
• 3D Printing and Neuroscience: 3D Printing Applications in Neuroradiology—S. Pruthi
• 3D Printing in Orthopedics—A. Sheikh
• Future Vision of 3D Printing in Radiology—J. Matsumoto