Learning objectives
The Radiology course aims to provide students with the theoretical and practical knowledge necessary for understanding and using the main diagnostic and therapeutic imaging techniques. Students will gain skills related to the operation of radiological equipment, patient management during procedures, and radiological safety standards.
Prerequisites
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Course unit content
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The Radiology course provides a comprehensive understanding of diagnostic and therapeutic imaging techniques, including conventional radiography and radioprotection. It covers the physical fundamentals of ionizing radiation, the production and properties of X-rays, and radioprotection standards. Students learn clinical applications in oncology and orthopedics. The program includes practical exercises and thematic seminars, with assessments through written and oral exams, and the discussion of the internship.
Full programme
1. Radiological Imaging Techniques
- Conventional Radiography
- Standard Radiographs
- Contrast Radiographs
2. Radioprotection
- National and International Regulations
- Protection Measures for Patients and Operators
- Radiation Dose Management
3. Clinical Applications
- Oncology Imaging
- Tumor Diagnosis and Staging
- Radiotherapy Techniques
- Orthopedic Imaging
- Fracture Diagnosis
- Joint Imaging
4. Practical Aspects
- Practical Execution of Radiological Techniques
- Patient Interaction
- Radiological Image Management
- Archiving and Transmission
- Image Analysis
Bibliography
1. "Radiologic Science for Technologists: Physics, Biology, and Protection" di Stewart C. Bushong
2. "Fundamentals of Radiology" di Lucy Frank Squire e Robert A. Novelline
3. "Merrill's Atlas of Radiographic Positioning and Procedures" di Bruce W. Long, Jeannean Hall Rollins e Barbara J. Smith
4. "Essentials of Radiologic Science" di Robert A. Fosbinder e Denise Orth
5. "Radiology Review Manual" di Wolfgang Dähnert
6. "Diagnostic Radiology: An Illustrated Review" di Thomas J. Vogl, Wolfgang Reith e Ernst J. Rummeny
7. "Textbook of Radiology and Imaging" di David Sutton
Teaching methods
- Lectures
- Practical exercises in the laboratory
Assessment methods and criteria
- Written exam with multiple-choice questions
- Oral exam
- Evaluation of the clinical internship through a report and discussion
Other information
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2030 agenda goals for sustainable development
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