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Immunology (final)

Quiz yourself by thinking what should be in each of the black spaces below before clicking on it to display the answer.
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Question
Answer
What are the 2 types of immunity?   show
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Mechanical/chemical is also part of ___ immunity.   show
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show skin  
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What is an example of chemical defense (innate) ?   show
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show macrophage, dendrite cell, neutrophil  
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List phagocytic cell in adaptive immunity?   show
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show complement cascade  
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A much more selective immunity; after pathogen is phagocytosed and broken down the pieces are presented to B cells and T cells (specific for a certain type of infection)   show
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What 2 types of cells are found in adaptive immunity?   show
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show IL-1 and IL-6  
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Takes minutes to hours to reach?   show
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Takes days to reach?   show
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show lymph nodes  
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show thoracic duct  
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show thymus  
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What conveys lymph?   show
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Where does lymphocyte maturation and filtering of lymph occur?   show
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show bone marrow  
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At what end of capillary does predominant movement of fluid from interstitial spaces into bloodstream occur?   show
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At what end of capillary does predominant movement of fluid from bloodstream into interstitial spaces occur?   show
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show interstitial spaces  
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Within the interstitial fluid there is a sampling of what is in the surrounding _____.   show
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show lymphatic system  
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show lymph vessels, lymph node  
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show lymph nodes  
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___ cells and ___ cells are activated through the lymph nodes.   show
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B cells and T cells quickly disperse through the ____.   show
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show macrophages, neutrophils, and dendritic cells  
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show to target fungi and microbes  
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List 5 steps in the activation of B cells and production of antibodies.   show
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show virally infected cells  
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On surface of cells that allow it to recognize foreign particles.   show
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Proteins that are part of complement pathway.   show
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Serum is high in ____ and ____.   show
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show antibodies  
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show complement cascade  
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show classical pathway, mannose-binding lactin (MBL) pathway, and alternative pathway  
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show C3  
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show membrane attack complex  
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show pores, osmotic lysis  
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show mannose sugars  
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show lectin  
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Once lectin binds to mannose it will induce ____ and cascade and ______.   show
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What inhibits activation of NK cells?   show
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Natural killer cells will perform killing through perforin/granzymes to what 2 types of cells?   show
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Natural killer cells help other cells by activating what on IFN-gamma?   show
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show type I interferon secretion  
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When a cell is infected it secretes what?   show
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show perforin, granzymes, apoptosis  
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T cells are able to recognize just the cells that are _____.   show
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In order to get antibody response and T-cell mediated response what must happen first?   show
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show presented proteins  
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show antigen  
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show epitope  
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show genetics  
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show self like  
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show individual proteins, epitopes  
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Epitopes are usually ____ in length.   show
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Cells constantly present self _____.   show
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show major histocompatibility complex  
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MHC Class I is a ____ transmembrane _____.   show
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show 1-2, MHC-peptide complexes  
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MHC proteins go through ____ pathway, and are first translated in the ____.   show
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show Ub addition, proteolysis  
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Proteins with errors are sent to _____ to be degraded and get broken down to _____ (MHC I).   show
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show rough er  
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Once peptides are in the ER they are bound by the ______ proteins (MHC I)   show
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show secretory, plasma membrane,  
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show False  
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show errors  
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Viral proteins get degraded to viral ____ and move to ER, then they can also be presented to ___.   show
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There are hundreds of thousands of _____ alleles.   show
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Different ____ proteins will bind different peptides that get moved to the cell surface.   show
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show peptide epitope  
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show heterodimer  
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show t cell receptors  
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show cytotoxic T cells  
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If there is an activated T cell then it will look for ____ to stimulate the T cell and induce apoptosis in the cell.   show
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Consist of an alpha and beta chain held together with disulfide bonds.   show
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The ______ regions of the T cell receptor bind to the antigen.   show
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Each T cell will only express molecular complementary to ____.   show
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show pathway  
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show perforsins, granzymes, pores, apoptosis  
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show T cells, self, non-self  
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If T cells that recognize self do not undergo apoptosis, then there can be a degradation of ____.   show
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Granzyes and perforins go to the ____ which results in ____ and death.   show
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Some autoimmune diseases result from defects in _____ development.   show
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In innate immune response, microbes enter through break in skin are are phagocytosed by _____ .   show
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show lymph node  
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In the adaptive immune response, the activated dendritic cell activates _____ to respond to microbial antigens on dendritic cell surface.   show
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show blood  
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The T-cell receptor binds to ____ on ____ protein, and becomes activated.   show
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show multiply, differentiate  
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show CD8+ T cells  
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Which cells are helper T- cells?   show
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show 1. secrete cytokines to activate cytotoxic T cells 2. activate the adaptive immune response and activate B cells  
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MHC class II will activate ?   show
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show all other kinds of cells (including CD8+ T cell, cytotoxic T cells)  
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MHC class I will not activate?   show
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In the ____ cytotoxic T cells are activated by _____.   show
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T helper (TH) cell activation is by _____.   show
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When a macrophage interacts with cytotoxic T cell, ____ causes the activation of the T cell.   show
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show CD4  
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_______ cells also present antigens from phagocytosed material via ______ proteins   show
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Macrophages dendritic cells bring in antigens through?   show
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B cells bring in antigens through?   show
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Antigens get broken down to _____ and ____ in the lysosome.   show
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Antigens get broken down by ____ and by _____ in the lysosome.   show
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Before endosome the MHC are going through _____ pathway.   show
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MHC Class II proteins form in the ___.   show
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MHC Class II proteins transport to the endosome via _____.   show
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show endosome  
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When MHC is loaded with ____ it goes to the ___.   show
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show MHC Class II  
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show MHC class I, MHC class II  
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T cell interacts with ____ cell through _____ and _____ interaction.   show
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show activated T helper cell  
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An activated B cell secretes ____.   show
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T Cell Receptors on TH cells interact with _____ presented by MHC Class II.   show
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A B cell can be bound to antigen but needs to interact with ____ to produce antibodies.   show
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show MHC, TCR  
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show BCR  
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Foreign material that can elicit an immune response (e.g., a protein).   show
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show epitope  
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show Y, heavy chains, light chains  
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Heavy chain + heavy chain and heavy chain + light chain are held together by ?   show
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show top domain (FAD)  
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The bottom portion of an antibody is ___.   show
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show both heavy and light chains  
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show False, it can bind to 2 or 1  
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show papain, pepsin  
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show IgM  
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show IgA  
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show IgE and IgG  
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When antibodies bind to surface proteins they initiate ____.   show
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The cascade in complement funnels through ___ and we get ____ of the cell.   show
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What is the advantage to 10 different binding sites on antibody?   show
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show J chain  
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show carbohydrates  
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show variable  
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Variable regions are at the end of ____ and ____.   show
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show one  
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show surface loops (CDR/HV)  
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Surface loops are referred to as ____.   show
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If you take a b cell and sequence, the regions where the variability is significant (residue # graph) correspond to ?   show
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Somatic recombination occurs in the light and heavy chain genes in each cell during ____.   show
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What maximizes the diversity of antibodies with a small amount of DNA?   show
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Large scale changes in antibodies occur when there are changes in the ____.   show
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show 1. recombination 2. somatic hypermutation 3.affinity maturation  
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Gene layout consists of V, J, and C domains.   show
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Gene layout consists of V, D, J, C domains.   show
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In the rearranged DNA of the light chain, only 1 ___ combines with 1 ____.   show
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show 40, 4, proteins  
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In the rearranged DNA of the heavy chain, 1 of each ___, ___, and ____ domains combine.   show
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Once DNA is rearranged in heavy and light chains, there is further pairing recombination by?   show
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show True  
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show B cells  
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show somatic hypermutation  
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show somatic hypermutation  
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show point mutation  
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Somatic hypermutation results in?   show
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During somatic hypermutation there is subtle changes in the _____ regions.   show
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show secreting cells (plasma cells), memory cells  
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The clonal population of b cells with subtle changes get ____ to presented antigen   show
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show apoptosis  
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If a retested b cell causes tighter binding it is _____ to start dividing even more.   show
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show plasma membrane cells  
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show surrounded by a lot of ER  
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Why are memory b cells important?   show
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Plasma cells are also known as ____.   show
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Somatic recombination leads to a ____ of b cells.   show
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show b cells activated and undergo clonal expansion, once population reaches a certain size it is retested to antigen, only those that bind tightly are retained  
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Macrophages are presenting multiple ___ which can activate different ____.   show
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One large antigen can be targeted by different ____.   show
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Immune system targets multiple ____ and multiple _____ on those _____.   show
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show opsinization  
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Once the antibody coats the ____, then the ____ region of the antibody will attach to the ____ receptor of the ______ or _____.   show
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show phagocytose  
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An active ____ stimulates phagocytosis.   show
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After a bacterium is phagocytosed there is an ____ destruction of the bacterium and a release of ____.   show
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After the release of contents there is presentation of bacterial antigens to ___ cells via ______ cross presentation and ____ MHC.   show
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show CD1  
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Phagocytosis is done through _____.   show
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Members of the ___ system stimulate members of the _____ system.   show
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show primary response  
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show 1, IgM, 2, IgG  
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Memory cells are responsible for this more efficient response, the immune system has already encountered a specific antigen.   show
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show trypanosoma brucei, tsetsefly  
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show surface, antibodies, foreign  
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show surface  
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Eventually sleeping sickness will invade the ___ and ___ and cross the ___ ___ barrier and start to affect _____ rhythms.   show
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Created by: theroge14