Estudia

• Comunicar-se de mode efectiu i clar
• Treballar en equip de forma col·laborativa i responsabilitat compartida.
• Dissenyar el pla d'intervenció en fisioteràpia, atenent a criteris d'adequació, validesa i eficiència.
• Proporcionar una atenció de fisioteràpia eficaç, atorgant una assistència integral als pacients.
• Dur a terme les intervencions fisioterapèutiques basant-se en l'atenció integral de la salut que suposa la cooperació multiprofessional, la integració dels processos i la continuïtat assistencial.

1. Introduction to Diagnostic Imaging Imaging techniques: Radiography and contrast radiography Ultrasound Computed Tomography Magnetic Resonance Imaging Radiation effects: Ionizing radiations: physics and doses Biologic effects of radiations Radioprotection.

2. General Semiology X-ray Radiographic densities Radiographic positioning Ultrasound Interpretation of ultrasound images. Artifacts CT CT densities, window and density levels. Contrast administration and contrast phases MRI MRI sequences Imaging interpretation DICOM imaging

3. Thoracic, cardiac, breast and vascular imaging Imaging anatomy and techniques Main lung syndromes: COPD, pneumonia, lung effusion, tumor disease. Main cardiac syndromes: myocardial infarction Introduction to breast imaging

4. Abdominal imaging Imaging anatomy and main syndromes. Intestinal tract: occlusion, inflammatory disease Liver, bile ducts and pancreas: gall bladder disease, cirrhosis, pancreatitis. Urology: kidney stones, neurogenic bladder. Gynecological disease: uterine prolapse

5. Knee Imaging and functional anatomy Meniscal, tendon and ligament lesions Chondropathy and arthropathy

6. Vertebral column Anatomy and Imaging Techniques Development anomalies Degenerative disease Traumatic disease

7. Head and Central Nervous System Anatomy and Imaging Techniques Traumatisms Stroke, encephalopathy, demyelinating disorders and brain tumors

8. Pelvic girdle Imaging anatomy Traumatic disease Hip impingement Pediatric disease Sports disease

9. Shoulder Imaging anatomy Degenerative disease and impingement Muscular avulsion Arthropathy

10. Elbow Imaging anatomy Epicondylitis: lateral and medial Traumatic disease Arthropathy

11. Wrist Imaging anatomy Traumatic disease Arthropathy: rheumatoid, degenerative, deposit Carpal tunnel syndrome Tendinopathies

12. Ankle Imaging anatomy Traumatic disease Tendon and ligament disease

13. Muscular disease Imaging anatomy of muscle and ligament structures Fibrillar tears and hematomas Compartment syndrome

14. Interventional radiology Imaging guided percutaneous procedures Biopsies, drainages, nerve block, tumor ablation Interventional equipment

• David Stoller (2003). Diagnostic Imaging Orthopaedics. AMIRSYS.
• ARTHROGRAPHY .PRICIPLES AND PRACTICE IN RADIOLOGY (2009). Lippincott Williams & Wilkins; 1 edition (December 2, 2008).
• ANDREW SONIN (2010). DIAGNOSTIC IMAGING. MUSCULOSKELETAL:TRAUMA. AMIRSYS.
• BIANCHI – MARTINOLI (2007). US OF THE MUSCULOSKELETAL SYSTEM. SPRINGER.

Activitats d'avaluació:

Es farà una prova objectiva tipus test amb 4 respostes possibles a cadascuna (60% de la nota).
Es realitzarà una avaluació continuada tenint en compte la feina realitzada en les diferents pràctiques (40% de la nota).

Criteris específics de la nota «No Presentat»:
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Learning outcomes:

- Knowing the main concepts and means of diagnostic imaging that are applied to the profession of physiotherapist.
- Learning to interpret diagnostic tests to identify possible clinical cases.