Teaching code

4S000090

Teacher

Stefano Dusi

Credits

2

Language

Italian

Scientific Disciplinary Sector (SSD)

MED/04 - EXPERIMENTAL MEDICINE AND PATHOPHYSIOLOGY

Period

INF BZ - 1° anno 2° sem dal Feb 1, 2017 al Apr 7, 2017.

Moodle Seminars 0

To show the organization of the course that includes this module, follow this link:  Course organization

Learning outcomes

Learning Outcomes
(knowledge and skills acquired)


The course introduces the student to the basic concepts of major diseases and the fundamental pathogenetic processes and allows the student to correlate them to cell changes, organ disfunction, homeostatic mechanisms, and clinical manifestations of disease.

Program

Syllabus

• Introduction to general pathology. Concepts of homeostasis and functional reserve of organs. The disease: definition, causes (congenital and acquired diseases); concept of pathogenesis.
• cellular pathology: General concepts: steady state of cells and tissues and its alterations: a) degenerative changes in the cells (reversible and irreversible cell damage) and cell death (necrosis, apoptosis). Types of necrosis b) Amendments of volumetric cells (hypertrophy, atrophy, atrophy) and their causes c) numerical modifications of cells (hyperplasia, hypoplasia, aplasia) and their causes d) Alterations of cellular differentiation processes (metaplasia, anaplasia, dysplasia).
• Inflammation: General concepts: inflammation as a reaction of the body to harmful agents
Types of inflammation:
a) Acute inflammation:
- General and fundamental moments Features (hyperemia, exudation, chemotaxis)
- Outline of chemical mediators of inflammation
- Particular aspects of acute inflammation (inflammatory erythematous, serous, catarrhal, purulent, fibrinous, hemorrhagic and necrotizing), and their consequences on the organism (payments, phlegm, abscesses, phlegmon, fistula, empyema, whites, adhesions, synechiae, pseudomembrane, necrosis ...)
- Evolution of acute inflammation
b) Chronic inflammation:
- Features and pathogenetic mechanisms
- The granulomas. Main granulomatous diseases
- Useful and harmful effects of inflammation
- General Manifestations of inflammation (Fever, leukocytosis, synthesis of acute phase proteins, muscle breakdown, changes in serum iron and zinchemia, endocrine disorders, etc. ...)
• The healing process of a wound: Phases of wound healing: coagulation, formation of granulation tissue scarring. Complications of the healing process: infection, dehiscence, keloid formation.
• General oncology:
- General characteristics of tumors: benign and malignant tumors.
- The neoplastic cell: structural and functional aspects (atypia, anaplasia, characteristics of aggregation, replication mode ..) and give the guest mechanisms
- Study of the causes of cancer: epidemiological and experimental data
- Overview of main carcinogens (chemical, physical and biological )
- Overview of genes involved in the determinism of cancer (oncogenes and anti-oncogenes).
- Natural history of cancer: initiation, promotion, progression, metastasis
- Mechanisms of defense against cancer: relationship between immunity and cancer.
- Systematics of neoplasms (nomenclature)
• General Hemostasis: General observations about the normal hemostatic mechanisms.
A) Deficit of hemostatic mechanisms: bleeding. Causes of hemorrhage (vascular, platelet, coagulation deficit, from hyperfibrinolysis); local manifestations (petechiae, purpura, bruising, hematemesis, melena, hematuria, hemoptysis) and general (anemia, hypoxia) of bleeding disorders
B) Thrombosis: General characteristics and pathogenesis of venous and arterial thrombosis; Consequences of thrombosis: angina and heart attack embolism signs (types of emboli, embolism consequences).
• Immunology
- Immune response: natural immunity and specific immunity. organs primary and secondary lymphoid. NK cells.
- B cells and T: origin, characteristics and activation mode.
- Concept of antigen.
- Antibodies: characteristics and role in defensive processes
- Overview of immune deficiencies
- Autoimmunity: causes and and examples of autoimmune diseases.
- The hypersensitivity reactions: General mechanisms of local and generalized hypersensitivity reactions (anaphylaxis, cytotoxic reactions, immune complex, delayed hypersensitivity): Examples of the most common hypersensitivity reactions.

Examination Methods

writing test

Teaching materials e documents

•   programma per esteso   (msword, it, 338 KB, 1/27/16)