Director, Oral Radiology and Advanced Imaging Western University of Health Sciences, College of Dental Medicine Chino Hills, California, United States
In this course, we will discuss the basic principles of 3D image acquisition, the factors affecting CBCT image quality, and most common CBCT software planes and their applications. The voxel size and its effects on final resolution, and how to adjust exposure settings to achieve optimal image quality will be covered. Essential parts of utilizing the software such as adjusting brightness, contrast, histogram, drawing the panoramic curve, creating cross sections, marking the mandibular nerve and applications of 3D volume rendering and Maximum intensity projection (MIP) views in different clinical scenarios will be explained. Legal matters related to interpretation of CBCT scans will also be covered.
Learning Objectives:
Learn the basic principles of CBCT imaging
Understand the factors that affect image quality and how to adjust them depending on each clinical task
Become familiar with navigating the CBCT software and be able to recognize different imaging planes
Be able to adjust image parameters such as brightness and contrast in the CBCT scan and draw a panoramic curve and create cross sections
Be able to identify and mark the path of mandibular canal within the CBCT scan software