Learning objectives
To learn the technique of acquisition, rebuilding and post-processing of thoracic imaging through TC and RM, specifically referring to the optimization of imaging protocol in relation to the clinical question.
Know the main clinical indications for abdominal resonance examinations, especially liver cancer, RM cholera, and RM.
Know and understand the sequences used in abdominal RM protocols and learn how to recognize them.
Know the basics of the RM upper anatomy.
Learn and understand the basics of the semeiotic MR in abdominal disease and learn to identify and recognize the most frequent changes in hepatocellular-pancreatic and excretory apparatus.
Protocols for performing musculoskeletal RM examinations, and senology, in relation to the clinical question.
Implementation protocols RM Neuroradiology Examinations (RM encephalus, pituitary, massive facial, CUI, Angio RM, RM - TSA, RM rachis).
Protocols for fetal MR examinations.
Radiation treatment techniques for oncological pathology.
Prerequisites
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Course unit content
Acquisition protocols for advanced CT thoracic imaging and experimental and clinical approach to chest MR.
MRI abdomen: indication, MRI protocol, anatomy, elementary semeiotics for the following types of examination: hepatic MRI, Colangio MRI, Pancreatic and Kidney MRI, Uro-RM.
MRI in Neuroradiology: indication, MRI protocol, anatomy, elementary semeiotics for the following types of examination: MRI brain, pituitary, facial mass, CUI, MRI Angiography, MRI - TSA, MRI rachis.
Fetal MRI: indication, MRI protocol, anatomy, elementary semiotics.
Radiant treatment techniques of pulmonary neoplasms, neoplasms of the head, mammary neoplasms, colorectal neoplasms, prostatic neoplasms, lymphohaemopoietic diseases, brain neoplasms, pediatric neoplasms. Highly complex techniques and their clinical application.
Full programme
Magnetic Resonance Fundamentals (RM). Clinical integration into the RM examination, in particular the fundamentals of clinical medicine for a reasonably-priced MR protocol in relation to pathology, clinical questions and cost / benefit ratios. Provide basic medical content and develop the previously acquired technical knowledge and practices to optimize the execution of RM examinations in the breast, abdominal, musculoskeletal and thoracic environments.
Hepatic CV: Examination, RM protocol, hepatic biliary contractions, DWI sequences, liver anatomy, semeiotic elemental liver focal lesions, clinical case discussion.
Colangio RM: Examination (jaundice), RM protocol, use of MDC for gallbladder study, discussion of clinical cases of the most common biliary pathologies.
Pancreas Study: Examination, RM protocol, discussion of clinical cases of major cystic and solid pancreatic lesions.
Study of the kidneys and bladder: indication to examination, protocol RM, discussion of clinical cases.
Uro RM: indication to the examination (hydronephrosis), Patient preparation and RM protocol (static and dynamic technique), discussion of clinical cases.
Correlation criteria and geometric parameters RM encephalopathy, hypophysis, massive facial, CUI, Angio RM, RM - TSA, Rm rachis, informed consent, use of MDC in neuroprotective RM examinations, safety protocols in RM environments.
Radiation treatment techniques for lung cancer, neck head neoplasms, breast cancer, colorectal cancer, prostate cancer, lymphoemopoietic diseases, cerebral neoplasms, pediatric neoplasms. Highly complex techniques and their clinical application.
Bibliography
Materials provided by teachers and reference books in Italian and English, scientific articles.
Guidelines of the Italian Society of Medical Radiology (SIRM).
Teaching methods
Lectures will be held on-site in compliance with safety standards, provided that further instructions on the ongoing health emergency are not implemented. Supporting material will be available on the specific, student-reserved platform (Elly) and will include slide presentations, audio-video aids or video-recording of the lectures.
Assessment methods and criteria
Oral examination.
Practice of magnetic resonance imaging.
Other information
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2030 agenda goals for sustainable development
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