front 1 phagocytosis | back 1 eating away @ microorganisms. |
front 2 antigen | back 2 fights off specific antigens |
front 3 autoimmune disease | back 3 where the body is attacking itself |
front 4 bone marrow | back 4 immune cells are produced |
front 5 thymus gland | back 5 where T cells mature |
front 6 Lymph nodes/ vessels | back 6 filter lymph and house lymphocytes |
front 7 what is the purpose of vasodilation ? | back 7 healing |
front 8 neonates are susceptible to infection because? | back 8 they have an immature immune system |
front 9 the first response in the body's defense against the injury is: | back 9 infection |
front 10 adaptive immune system response includes 2 major pathways | back 10
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front 11 immunoglobins (antibodies) | back 11 given due to not having these or a decrease of them in the body |
front 12 cell medicated response | back 12 secondary response which involves T cell lymphocytes -clone itself and go to where it is needed in the body |
front 13 why are vaccines given? | back 13 to allow your body to build up to immunity to that specific one (ex:flu) |
front 14 active immunity | back 14
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front 15 passive immunity | back 15
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front 16 lymph node biopsy | back 16 tissue obtained by needle aspiration, excision, or needle punch |
front 17 histamine | back 17 released from mast cells/basophils;vasodilation;permability |
front 18 kinins | back 18 inflammatory mediators causing vasodilation and pain |
front 19 prostaglandins | back 19 group of lipids derived from mast cells and basophils |
front 20 leukotreines | back 20 a group of lipids derived from mast cells and basophils. causes contraction of bronchial smooth |
front 21 cytokines | back 21 signaling proteins regulating immune respons |
front 22 what are the three areas swollen glands occur? | back 22 axilla, groin, and neck |
front 23 first line of defense (innate immunity) | back 23
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front 24 when is the thymus gland the largest? | back 24 during childhood and adolescence -after adolescence it begins to shrink in size, and its production of T lymphocytes decreases |
front 25 what does aging do to the skin? | back 25 causes skin to become thin, less elastic, and more prone to injury; skin is the first barrier encountered by pathogens |
front 26 what can the presence of chronic disease do to the immune? | back 26 decreases the immune response |
front 27 what two systems work together to defend against internal and external threats ? | back 27 immune and lymphatic systems |
front 28 inflammation response | back 28
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front 29 adaptive immune résonne includes two major pathways | back 29 humoral immunity- B cells produce antibodies cell mediated immunity- T cells destroy infected cells |
front 30 IgG | back 30 crosses placenta (provides fetal immunity)
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front 31 IgM | back 31 first antibody produced in infection |
front 32 IgA | back 32 found in mucous membranes and breast milk |
front 33 IgE | back 33 allergic reactions and parasitic defense |
front 34 ind | back 34 B cell receptor |
front 35 cell medicated response Secondary | back 35 secondary response which involves T cell lymphocytes
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front 36 maintaining a healthy immune system | back 36
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front 37 immunizations | back 37 a proven way to decrease illness for individuals and the spread of disease in communities |
front 38 skin testing | back 38 one of the most used techniques to measure immunity and identify people who may have a dormant infectious disease |
front 39 tuberculin skin test (Mantoux test) | back 39 identify those who might need treatment for TB |
front 40 Allergy skin testing | back 40 scratch, intradermal and patch |
front 41 skin testing | back 41 several types of skin testing may also be done to identify allergens
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front 42 laboratory tests | back 42 lab tests on blood and serum give important information regarding the status of the immune system |
front 43 imaging studies | back 43 computed tomography (CT) , magnetic resonance imaging (MRI), and positron emission tomography (PET) can all be utilized to evaluate the thymus gland and other tissue structures of the immune system |
front 44 planning | back 44
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front 45 implementation | back 45 meticulous adherence to standard precautions including appropriate hand hygiene -implementation of protective isolation promotion of balanced, adequate nutrition |
front 46 evaluation | back 46
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front 47 a rise in body temp signals a normal immune response to infection (t/f) | back 47 true |
front 48 why do you want to avoid aggressive cooling? | back 48 it causes shivering, which increases temperature and oxygen demand |
front 49 immunosepression | back 49 patients can become immunosuppressed from the disease process or medical treatment -strict infection control and neutropenic precautions must be followed |
front 50 nutrition and immunosuppression neutropenic precations | back 50
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