DNTA 1350 - Dental Radiology

• DNTA 1100  
• DNTA 1200  
• DNTA 1210  
• DNTA 1220  
• DNTA 1240  
• DNTA 1250  
• DNTA 1260  
• DNTA 1270  

• DNTA 1300  
• DNTA 1310  
• DNTA 1330  
• DNTA 1360  
• DNTA 1370  

1. Retrace the history of dental radiography and define key radiographic terms and usage. 
2. Describe and differentiate among intraoral image types, their recorded structures, and factors that influence the quality of radiographic images. 
3. Explain the characteristics of radiation, x-ray production, and factors affecting the x-ray beam and image quality. 
4. Operate the x-ray machine safely and describe the function of its individual parts. 
5. Capture intra- and extra-oral photographs.
6. Apply the principles of radiation biology, including ALARA methods, to minimize occupational/patient exposure to radiation. 
7. Describe and practice proper techniques for the paralleling and bisecting techniques in intraoral radiography. 
8. Explain and demonstrate the methods of processing, mounting, and labeling radiographs, including the necessary components for darkroom maintenance. 
9. Describe film composition, storage, processing chemicals, and quality assurance methods in radiography. 
10. Evaluate radiographs for errors in exposure, technique, and processing, and identify normal anatomical landmarks and pathology. 
11. Explain and demonstrate patient management techniques, localization methods, and extraoral exposure techniques. 
12. Describe the concepts of computed tomography, cone beam imaging, digital radiology, and implant radiology techniques. 
13. Apply infection control principles in dental radiology and complete radiographic documentation. 
14. Perform intraoral exposure techniques and apply selection criteria for dental x-ray exposures. 
15. Demonstrate cultural competency by recognizing and respecting diverse cultural beliefs and practices regarding dental radiology and patient care.

1. History of Radiology 
2. Operator/Patient Protection Methods 
3. Infection Control/Radiation Health and Safety
4. Paralleling/Localization Technique 
5. Characteristics of Radiation, the X-Ray Machine, Imaging, and X-Ray Production 
6. Film Evaluation: Mounting, Exposure, and Processing Errors 
7. Facial Landmarks and Anatomy Related to Radiology 
8. Film Composition, Processing, and Quality Assurance 
9. Patient Management 
10. Radiation Biology and Protection 
11. Accessory Imaging Techniques 
12. Extraoral and Advanced Imaging Techniques 
13. Radiographic Interpretation and Pathology 
14. Digital Imaging 
15. Implant Radiology 
16. Performance of Radiographic Procedures
17. Documentation of Procedures