THREE-DIMENSIONAL MODELING

Course objectives

• Knowledge and understanding: identify the main symptoms of the most important oncohematological diseases and the characteristic clinical signs: • Ability to apply knowledge and understanding: knowing how to organize a care model and support the doctor in therapeutic activity • Independent judgment: being able to argue the meaning of a care activity according to the principles of EBM and EBN, as well as "precision medicine" • Communication skills: knowing how to illustrate in a synthetic and analytical way, highlight the relevant points, provide examples, know how to use a scientifically correct language. • Ability to learn: knowing how to ask relevant questions. Demonstrate ability to cultivate doubts arising from the study. Demonstrate collaborative learning and knowledge sharing skills within the group of students

Channel 1
FEDERICA MAZZUCA Lecturers' profile

Program - Frequency - Exams

Course program
Contents: Principles of Physic of Radiations, Radiobiology and Radioprotection. Breast cancers: medical therapy; Breast cancers: surgical therapy; Breast cancers: radiotherapy; Chronic-obstructive pulmonary diseases; Diabetes mellitus type I and II; Inflammatory bowel diseases Electrolytic diseases; Phosphocalcium metabolism of vitamin D; Cardiovascular complications of diabetes; Oesophageal cancers; Oesophageal cancers: medical therapy; Oesophageal cancers: radiotherapy; Abdomen pathologies; Alterations in acid-base balance; Heart failure Stomach cancers; Stomach cancers: medical therapy; Stomach cancers: radiotherapy; Role of Cytology in gastroenteric cancers; Simultaneous care in oncology; Alterations in acid-base balance; Colon-rectum cancers; Colon-rectum cancers: medical therapy; Colon-rectum cancers: radiotherapy; Colorectal metastasis; Hepatic failure; Exocrine pancreatic cancers; Exocrine pancreatic cancers: medical therapy; and radiotherapy. Cardiomyopathy; Hepatocarcinoma; Hepatitis and Liver cyrrhosis; Diabetes therapy; Cholangiocarcinoma; Psycho-oncology; Neuroendocrine cancers; Neuroendocrine cancers: medical therapy; Neuroendocrine cancers: nuclear medical therapy; Soft tissues cancers; Soft tissues cancer: medical therapy; Motor activities and prevention/treatment of chronic degenerative diseases; Arthritis; Hypo- and Hyper-calcemias therapies; Stromal intestinal cancers; Surgical site infections; Lipid metabolism; Lung cancers; Lung cancers: medical therapy and radiotherapy; LES / Sjögren syndrome; Progressive systematic sclerosis; Pleurisy; Thyroid cancers; Kidney and adrenal cancers; Kidney failure; Headache; Deep venous thrombosis; Bones metastasis therapy. Radiotherapy of Head and Neck Cancer. Special techniques of Radiotherapy APP: • Treating wounds, ulcers and burns on a simulator - The student will be able to perform the physical examination and then evaluate the wounds, ulcers and burns on a simulator. It will therefore be possible to simulate the medical and surgical treatment of the aforementioned injuries and their dressing. • Suturing on a surgical simulator - The student will have the opportunity to learn the nomenclature of basic surgical instruments and suture threads, the correct use of the instruments and the execution of the sutures and fundamental knots for the treatment of surgical wounds on the simulator/pad • Performing a systematic examination of the breast on a simulator - The student will learn the techniques of inspection and palpation of the breast on the dummy
Prerequisites
Requirements: No requirements.
Books
Suggested textbooks: Harrison’s Priciples of Internal Medicine, 19th Edition, McGraw Hill. Sabiston Textbook of Surgery, Elsevier/Saunders
Frequency
mandatory
Exam mode
Evaluation methods: oral examination
  • Academic year2025/2026
  • CourseNursing REPLICA A.O. S. CAMILLO
  • CurriculumSingle curriculum
  • Year2nd year
  • Semester1st semester
  • SSDMED/06
  • CFU1