Oral and Maxillofacial Diagnostic Radiology (ZTMVK_035)
About Study Course
Objective
The student must be able to independently perform intraoral radiological examinations: both periapical (bisector, parallel methods), occlusal, and interproximal or bite-wing. As well as variations in endodontic periapical examinations. One must be able to plan optimal treatment after evaluating radiological examinations. One must be able to choose the most optimal radiological method based on the patient’s individual needs, clinical information and anamnesis. One must know and follow the basic principles of radiation safety and protection. One must have good knowledge of radiation physics.
One must know the history of the development of radiology. One must be familiar with other radiological methods that can be used in the oral, maxillofacial region, indications thereof, principles, informativeness.
One must be familiar with the radiological appearance, clinical manifestation and symptoms of diseases, pathologies, congenital and acquired changes in the oral and maxillofacial region.
Prerequisites
All study courses studied in previous semesters in sequential order, especially anatomy, Latin, physics, chemistry, biology, physiology, dental anatomy.
Learning outcomes
Various radiological examination methods, radiation safety and protection. Impact of radiation on the human body. Normal radiological anatomy, developmental disorders, pathological changes, systemic diseases, diagnosis of traumatic injuries in the maxillofacial area. Construction, parameters of dental radiological equipment. Various sensors. Selection of an appropriate radiological method in different clinical situations. Development and history of radiology. Application of advanced radiological methods in the maxillofacial area.
To perform examinations that are radiologically safe for the patient and staff.
To perform all types of intraoral examinations.
To evaluate and interpret radiological images.
To prescribe a radiological examination appropriate to the clinical situation. To use the obtained results in the course of treatment. To have good knowledge of radiation protection and patient selection criteria. Interpretation of radiological images.
Study course planning
| Study programme | Study semester | Program level | Study course category | Lecturers | Schedule |
|---|---|---|---|---|---|
| Dentistry, SSNSF | 5 | Master’s | Required | Laura Neimane, Liene Zamure-Damberga, Zanda Bokvalde, Dita Meistere, Zane Vasermane, Elīna Rasčevska, Sindija Menģele | |
| Dentistry, ZF | 5 | Master’s | Required | Laura Neimane, Liene Zamure-Damberga, Zanda Bokvalde, Zane Vasermane, Sindija Menģele, Elīna Rasčevska | |
| Dentistry, SSNSFz | 6 | Master’s | Required | Laura Neimane, Zanda Bokvalde, Liene Zamure-Damberga, Zane Vasermane, Elīna Rasčevska, Sindija Menģele |
| Study programme | Study semester | Program level | Study course category | Lecturers | Schedule |
|---|---|---|---|---|---|
| Dentistry, ZF | 6 | Master’s | Required | Laura Neimane, Zane Vasermane, Sindija Menģele, Elīna Rasčevska | |
| Dentistry, SSNSFz | 5 | Master’s | Required | Laura Neimane, Dita Meistere, Zanda Bokvalde, Liene Zamure-Damberga, Zane Vasermane, Elīna Rasčevska, Sindija Menģele | |
| Dentistry, SSNSF | 6 | Master’s | Required | Laura Neimane, Liene Zamure-Damberga, Dita Meistere, Zanda Bokvalde, Zane Vasermane, Elīna Rasčevska, Sindija Menģele |
