2018_19
Educational guide 
Faculty of Chemistry
A A 
english 
Nutrition and Metabolism (2012)
 Subjects
  FUNDAMENTALS OF IMMUNOLOGY
   Contents
Topic Sub-topic
Topic 1.- INTRODUCTION TO THE IMMUNE SYSTEM (3 h)
History. Characteristics and properties of the immune system. Natural and acquired immunity: concept of antigen. Elements of the immune System: immunocompetent cell, molecules and lymphoid tissues.
Topic 2.- NATURAL OR INNATE IMMUNE RESPONSE (3 h) Characteristics and elements. Physical, chemical and biological natural barriers. Phagocytosis. Complement system. Natural Killer cells (NK). Inflammation and inflammatory processes.
Topic 3.- ACUIRED OR SPECIFIC IMMUNE RESPONSE (I) (2,5 h) Characteristics. Involved cells: lymphocytes and antigen-presenting cells. Antibodies: structure, isotopes, and features. Antigen receptors. Molecules of the major histocompatibility complex.
Topic 4.- ACUIRED OR SPECIFIC IMMUNE RESPONSE (II) (2,5 h) Processing and antigen presentation. Activation and differentiation of lymphocytes T CD4+: effectors and memory. Polarization Th1/Th2. Immune response mediated by T CD8+ cells: cytotoxicity. Immune response mediated by cell B: humoral response.
Topic 5.- MUCOSAL IMMUNE SYSTEM (1 h)

Structure of lymphoid tissue associated to the gut. Non-specific intestinal immune response. Specific immune response. IgA secretion.
Topic 6.- TOLERANCE AND REGULATION OF THE IMMUNE RESPONSE (1 h)
Central tolerance. Peripheral tolerance. Anergy. Regulatory T cells.
Topic 7.- IMMUNOASSAY TECHNIQUES (2 h)

Use of antibodies as laboratory reagents. Immunoassay techniques: ELISA, ELISPOT and associated techniques. Flow cytometry. Immunohistochemistry. Other assays.
Topic 8.- IMMUNOPATOLOGY (4 h) Leukocyte quantitative alterations and immunodeficiency. Hypersensitivity reactions and allergies. Autoimmune diseases. Immunotherapy: vaccines. Transplants.