Anatomy
Physics
Pathophysiology
Chemistry and biochemistry

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Participation (also in interactive mode) to the frontal lectures and study at home

The course material is available on the e-learning platform of the University of Pisa.

Physics and methodology

The production systems of the images. Fuoroscopia; X-rays; computed tomography; magnetic resonance; contrast media in radiodiagnostics; interventional radiology; detection instruments for radioactive tracers; diagnostic and therapeutic possibilities with radioactive tracers.

Diagnostic imaging of various organs and systems

    Physical basis: X-rays
    Technical and methodological bases: conventional radiology
    Technical and methodological bases: ultrasound
    Technical and methodological bases: magnetic resonance
    Technical and methodological bases: nuclear medicine
    Radiation protection of the patient
    Radiographic, ultrasound and magnetic resonance contrast media
    Radiopharmaceuticals and preparations for leaving autologous material of the patient
    Digestive system: multimodal semeiotics and overview of the pathology
    Liver and biliary tract: multimodal semeiotics and overview of the pathology
    Pancreas: multimodal semeiotics and overview of the pathology
    Osteoarticular system: multimodal semeiotics and overview of the pathology
    Vascular system: multimodal semeiotics and overview of the pathology
    Cardio-vascular system: multimodal semeiotics and overview of the pathology
    Urinary system: multimodal semeiotics and overview of the pathology
    CNS: multimodal semeiotics and pathology overview
    Endocrine system: multimodal semeiotics and pathology overview
    Female genital system: multimodal semeiotics and overview of the pathology
    Male genital system: multimodal semeiotics and overview of the pathology
    Respiratory system: multimodal semeiotics and pathology overview
    Lymphatic system: multimodal semeiotics and overview of lymphedemas
    Hematopoietic system: multimodal semeiotics and overview of lymphoma, leukemias, myelomas and other relevant pathologies
    Multimodal approach to inflammatory and infectious diseases
    Multimodal imaging of neuroendocrine tumors
    Breast multimodal imaging
    Imaging in the child
    Basic principles of radioreceptor / radiometabolic therapy and dosimetry
    Radiobiology principles
    Radioguided surgery
    Introduction to interventional radiology

For Neuroradiology:
Introduction to neuroradiological methods
Head and spinal trauma
Ischemic cerebrovascular pathology
Cerebrovascular hemorrhagic pathology
Brain neoplasms
Non-traumatic medullary and spinal pathology
Interventional Neuroradiology  

Additional teaching material is available on the e-learning platform of the University of Pisa as well

Attendance is mandatory

Multiple choice test, oral examination

After graduation, students will be able to work in private practice as well as in public hospitals

http://www.unipi/018FF_on_Microsoft_Teams/

E-learing platform and www.eurorad.org

I am always available via email <davide.caramella@unipi.it> also to provide translation of the parts of this program that are still in Italian