№
| Date
| Topic
| Hours
|
1.
| 01.02-05.02.21
| Immunity. Types of the immunity. Immune system. Organs and cells of the immune system.
|
|
2.
| 08.02-12.02
| Innate immunity of the Body. Mechanic and physiological factors of the innate immunity. Cellular factors. Mechanisms of the microbes recognition: patterns of the microorganisms and “damaged self”. Pattern-recognizing receptors (PRR).
|
|
3.
| 15.02-19.02
| Humoral factors of the innate immunity. Complement system. Interferons. C-reactive protein as innate immunity factor. Cytokines, their classification and characteristic. Cytokine cell receptors. Cytokines mode of activity.
|
|
4.
| 22.02-26.02
| Antigens, their properties. Antigens of Microorganisms. Major Histocompartability Complex (MHC) antigens. Mechanisms of endogenous and exogenous antigens processing.
|
|
5.
| 01.03-05.03
| Acquired (specific) immunity. Immunocompetent cells, stages of their maturation and differentiation. Characteristic of the receptors, cytokine profile and immunological function of the T- and B-lymphocytes subpopulations.
|
|
6.
| 08.03-12.03
| Cell cooperation in humoral immune responses. Antibodies, structure and function. Monoclonal antibodies.
|
|
7.
| 15.03-19.03
| Cells cooperation in cellular immune response development. Anti-tumor immunity. Immunity in transplantation.
|
|
8.
| 22.03-26.03
| Control class for the topic” Basic Immunology” -classes 1-7.
|
|
| 29.03-02.04
| Immune response against bacteria and fungi. Diagnostic Ag-Ab serological reactions. Agglutination tests. Precipitation tests. Complement fixation test (CFT).
|
|
| 05.04-09.04
| Immune response against viruses. . Characteristic features of anti-viral immunity. Diagnostic serological reactions Hemagglutination inhibition (HI) test, Neutralizing (Nt) test. Characteristic features of immune response against protozoa and helminthes.
|
|
| 12.04-16.04
| Immunological reactions with labeled reagents (RIA, IF, ELISA, Western Blot), their application. Immune status of the human body.
|
|
12.
| 19.04-23.04
| Control class for the topic” Applied immunology” -classes 9-11.
|
|
13.
| 26.04-30.04
| Immunopathological reactions. Hypersensitivity reactions classes 1, 2, 3, and 4. Diagnostic approaches. Immunodeficiencies. Autoimmunity and autoimmune diseases, diagnosis. Immunomodulators.
|
|
14.
| 03.05-07.05
| Vaccines use for immunoprophylaxis. Herd immunity. Traditional vaccines: live, inactivated, chemical, molecular, their production, advantages and disadvantages. Combination vaccines. New generation of vaccines:genetically-engineered protein, RNA and DNA vaccines, approaches in production and challenges. Vaccine therapy.
|
|
15.
| 10.05-14.05
| Vaccines application: the stages of immune reactions towards the antigens, routes of administration, post-immunization reactions. Contraindications, high risk groups. Antibody-containing preparations. Immune sera, immunoglobulins, and monoclonal antibodies, manufactoring and use in medicine. Side effects of passive immunization.
|
|
16.
| 17.05-21.05
| Immunological aspects of coronavirus infection COVID-19. Cytokine storm and the body damage.
|
|
17.
| 24.05-28.05
| Control class for the topic” Immunopathology. Immunoprophylaxis and Immunotherapy.” -classes 13-16.
|
|