Course program
- General principles of the main diagnostic methods: RX (X-ray tube and Digital Radiology), Ultrasound and Eco-color-Doppler, spiral CT, MRI, Interventional Radiology. Nuclear Medicine.
- The request for a radiological examination in relation to the clinical picture. The different methods for the study of the various organs and systems: methods of execution, information obtainable, flow chart
- Normal and pathological anatomo-radiographic aspects in the various morbid conditions of the nervous, respiratory, hepato-biliary-pancreatic-splenic, digestive, urogenital, cardiovascular, endocrine, osteo-articular, blood and lymphatic systems and of the breast
- Diagnostic flow charts in the main pathological conditions. Indications for different diagnostic tests.
- Recognition of the main anatomical findings in radiographic examinations and possibly identification of the pathology.
- Nuclear Medicine: technical aspects of the main methods (scintigraphy, SPET, SPECT, PET). Indications and normal and pathological aspects in the various organs and systems (CNS, thyroid, parathyroids, lung, heart, breast, abdominal organs with particular regard to the kidney and adrenal gland, skeleton).
- Oncological radiotherapy: cancer and its biological-clinical problems. Radiotherapy methods and techniques
- Radiotherapy of tumors of various organs and systems
Prerequisites
To effectively follow the activities and achieve the intended outcomes, the student should have knowledge of:
• human anatomy and physiology (essential);
• general and clinical pathology (important);
• basic radiation physics and radioprotection (essential);
• pharmacology of contrast agents and management of adverse reactions (useful);
• clinical method and basic image interpretation (useful).
Formal prerequisites: as established by the Degree Programme Board.
Books
The teaching materials used by the instructors will be provided. These materials serve as support and guidance for studying and preparing for the exam.
Suggested texts:
Manuale di Diagnostica per Immagini
P. Torricelli, M. Zompatori
Società Editrice Eusculapio 2016
Diagnostica per Immagini e radioterapia
G. Cittadini, G. Cittadini, F. Sardanelli
Società Editrice EDRA 2015
Manuale di Diagnostica per Immagini nella pratica medica
F. Giovagnorio
Società Editrice Eusculapio 2021
Compendio di Diagnostica Medico Nucleare
Ambrosini Fanti Lopci
Società Editrice Eusculapio 2022
The following texts are also interesting for further consultation:
Capire la radiologia: le basi della diagnostica per immagini
W. Heering (ed. italiana A.Giovagnoni)
Società Editrice Piccin 2020
Netter’s - Introduzione all’Imaging
LR. Cochard et al
Società Editrice Piccin 2022
Felson. Principi di Radiologia del Torace
LR. Goodman
Verduci Editore, 2018
Nozioni fondamentali di TC Body
Weeb-Brant-Major
Editrice Universo, 2023
Mettler & Guiberteau, Essentials of Nuclear Medicine and Molecular Imaging, 7ª ed., 2018
ACR BI-RADS Atlas, 5ª ed.
Risorse online: ACR Appropriateness Criteria®, ESR iGuide, Radiopaedia.
Frequency
Mandatory (>67% hours). Checked by signature sheets/roll call. Certificate required to sit final exam.
Exam mode
The exam is divided into two parts, one for Radiology and one for Nuclear Medicine.
Both exams include the evaluation of a radiological picture (X-Ray, CT, MR) and Nuclear Medicine (scintigraphies of various organs) and some oral questions on the program topics.
The final grade is given by the average of the marks in each of the two parts of the exam.
Lesson mode
Classes are held in person during the hours set out in the Course C Calendar.
Academic year-round learning (ADE/AFP) sessions with case studies, seminars on innovative topics, and elective internships (25 hours - 1 credit) are also available upon student request.