Duration: 
  1 Semester |  Turnus of offer: 
  each winter semester |  Credit points: 
  6 |  
    Course of studies, specific field and terms: - Master Infection Biology 2023 (compulsory), Immunology, 1st semester
 - Master Nutritional Medicine 2023 (Module part of a compulsory module), life sciences, 1st semester
 - Master Molecular Life Science 2023 (optional subject), Immunology, 1st semester
 - Master MLS 2018 (optional subject), Immunology, 1st semester
 - Master Nutritional Medicine 2019 (Module part of a compulsory module), life sciences, 1st semester
 - Master MLS 2016 (optional subject), cell biology, 1st semester
  
  |  
      Classes and lectures:   - Immunology (seminar, 2 SWS)
 - Immunology (lecture, 2 SWS)
     |   Workload:   - 60 Hours in-classroom work
 - 120 Hours private studies
     |       |  
      Contents of teaching:   |       - Lecture: Introduction to immunology
 - Cells of the innate immune system
 - Innate immune system: pathogen recognition
 - Complement and inflammation
 - Introduction into the adaptive immune system
 - Antigen-presentation and T cell activation
 - Immunological memory
 - Immune system and infektion I: bacteria, worms, fungi
 - Immune system and infektion II: Viruses
 - Signal transduktion in immune cells
 - Organs and tissues of the immune system, homing
 - Immunpathogenesis I: allergy and asthma
 - Immunpathogenesis II: autoimmune diseases
 - Immunprivileged Organs
 - Hematopoiesis and hematopoietic stem cells
 - Experimental and clinically applied biologicals
 - Seminar: PCR
 - ELISA/ELISPOT
 - Flow cytometry I: FACS-Analysis
 - Flow cytometry II: MACS, FACS-Sort
 - Flow cytometry III: Practical course at the ISEF (MACS, Analysis, Sort)
 - Conventional and confocal microscopy
 - Methods in signal transduction
 - Migration: transwell assay; adhesion test etc.
 - 2-Photon microscopy
 - Animal models in life science
 - Genetically modified mice I: conventional transgenics and KO mice
 - Genetically modified mice II: conditional KO und Knock In Mice
     |       |  
   Qualification-goals/Competencies:   - Students are able to:
 - Name cells of the immune system and allocate their functions
 - Name organs that belong to the immune system and allocate their functions
 - Name mechanisms, cells and molecules of the innate and adaptive immune system and allocate their functions during bacterial, viral and fungal infections
 - Name and allocate functions of molecules important for B cell -T cell co-cooperation
 - Name and allocate the functions of molecules and antigen-presenting cells important for T cell activation and differentiation
 - Name molecules of the complement system and allocate their functions for immune protection and immune diseases
 - Name structure and function of the distinct antibody classes
 - Name and allocate functions of molecules important for homing and migration of immune cells
 - Name and allocate functions of molecules important for the initiation and resolution of inflammation
 - Name the functions of immunological memory
 - Name molecules and mechanisms involved in the development of B cell and T cell memory
 - Describe the principal sequence of an immune reaction during infection and after vaccination
 - Name genetic, molecular and cellular disturbances of the immune system relevant for immune deficiency, autoimmune and allergic diseases
 - Describe the basic mechanisms of signal transduction in immune cells
 - Name mechanisms and molecules involved in hematopoiesis
 - Name and explain immunological methods
 - Present and discuss scientific data
     |  
   Grading through:    |  
    Responsible for this module:    Teachers:     |  
  Literature:  - Janeway, Travers, Walport, Shlomchik: Janeway's Immunobiology - Routledge Chapman Hall
 - : original and review articles
     |  
    Language:  |  
    Notes:Prerequisites for the module:  - nothing    Prerequisites for admission to the written examination:  - succesful participation in the seminar MLS/NM (for MLS- and NM-students) or IB (for IB-students)    Module exam:  - LS4035-L1: Immunology, written exam, 90 min, 66,67 % module grade  - LS4035-L2: succesful participation in the Seminar, 33,33 % module grade      MZ5111 Immunology is an elective course in the graduate programs (GRK1727, IRTG1911 etc.) and equal to MZ5135-KP06.   |  
   Letzte Änderung: 21.4.2021  |  
 
 
	
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