ORIGIN AND NATURE OF RADIATIONS
Generality
Interactions between radiation and matter. Ionizing and non-ionizing radiation
X-ray
Ultrasound
Magnetic fields and radio waves
THE RADIOLOGICAL IMAGE
Radiation attenuation
Techniques and methods in diagnostic radiology: natural and artificial contrast
Conventional radiology
Digital Radiology
Archiving and communication systems (RIS-PACS)
Radiological terminology
ULTRASOUND
Physical principles
Image Processing
Elastosonography, Color-doppler, Power_doppler
Contrast media
Ultrasound Terminology
COMPUTERIZED TOMOGRAPHY
Principles and CT equipment
Image acquisition and reconstruction
Viewing the CT image
CT terminology
MAGNETIC RESONANCE
Physical principles and equipment
MRI safety
Functional techniques
CONTRAST AGENTS
Natural and artificial contrast
Radiological contrast agents
Adverse reactions to contrast agents
Contrast media in Magnetic Resonance
Contrast media in Ultrasound
ANGIOGRAPHY AND INTERVENTIONAL RADIOLOGY
Principles, historical notes and materials
Vascular and extravascular diagnostic and therapeutic interventional radiology
THE STUDENT MUST ALSO KNOW THE MOST ADEQUATE DIAGNOSTIC PROCESS IN THE STUDY OF THE MAIN PATHOLOGIES OF THE FOLLOWING ORGANS AND / OR SYSTEMS:
SALIVARY GLANDS AND STOMATOGNATIC SYSTEM
THYROID AND PARATHYROIDS
NECK AND MEDIASTINUM
HEART AND RESPIRATORY SYSTEM
ARTERIES, VENOUS AND LYMPHATIC SYSTEMS
PERITONEUM, PERITONEAL CAVITY
DIGESTIVE TUBE
LIVER AND BILIARY TREE
PANCREAS, SPLEEN AND ADRENAL GLANDS
URINARY SYSTEM
MALE AND FEMALE GENITAL SYSTEM
BREAST
OSTEO-ARTICULAR SYSTEM AND SOFT TISSUE
PEDIATRIC RADIOLOGY
RADIOTHERAPY
Main techniques and equipment used
Methods and purposes of radiation therapy
Stages of planning of the radiotherapy process
Use of radiotherapy in the treatment of breast, rectum, prostate neoplasia
