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Created by harrisoncr
over 10 years ago
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| Question | Answer |
| Describe the role of the innate and acquired immunity in the overall process of immunity. | l |
| Describe the role of: -Phagocytes, and what cell lines they are | l |
| Describe the role of: -Lymphocytes | d |
| Describe the role of: -Cytokines | l |
| Describe the role of: -Complement | l |
| List the general properties of antigens and their importance in immunohematology relative to the location on red cells, white cells, and platelets. | l |
| Identify the components of an immunoglobulin. | k |
| Compare and contrast IgM and IgG molecules. | k |
| Describe the major events in the primary and secondary immune response and the major differences between the two responses. | l |
| List the major forces that influence the binding of antigen and antibody. | l |
| Discuss the potential immunological consequences of transfusion and pregnancy. | l |
| Define the two stages (steps) of an agglutination reaction and the factors that influence these reactions in vitro. | i |
| Describe the different grading associated with the interpretation of agglutination reaction. | l |
| Describe the significance of hemolysis in blood banking. | l |
| Describe the basic principles of the antiglobulin testing. | j |
| List the indications for the use of direct and indirect antiglobulin testing. | j |
| List the functions of the different potentiators: -LISS | d |
| List the functions of the different potentiators: -Albumin | l |
| List the functions of the different potentiators: -PEG | l |
| List the functions of the different potentiators: Proteolytic enzymes | l |
| Antigen | l |
| Immunogen | l |
| Epitope | d |
| Antigenic determinants | j |
| Specificity | f |
| Chemical mediators | j |
| Vasodilation | j |
| Edema | j |
| Neutrophil | g |
| Acquired immunity | g |
| Monocytes | j |
| PMN's | j |
| T lymph | j |
| B lymph | j |
| Cellular immunity | g |
| Humoral immunity | g |
| Stem cell | l |
| Specificity | g |
| Antibody | j |
| Antigen | g |
| Determinant | j |
| Epitope | f |
| Plasma cell | j |
| Clone | j |
| MHC | j |
| Refractoriness | f |
| MAC | j |
| Hemolysis | j |
| Classical pathway | d |
| Alternative pathway | j |
| Anaphylatoxins | j |
| Vasoactive amines | j |
| Opsonin | j |
| Receptors | g |
| Immunogens | j |
| Carbohydrates | g |
| Lipids | d |
| Glycoprotien | j |
| Glycolipids | j |
| Allo-antibody | j |
| Ig | j |
| Heavy chains | j |
| Light chains | j |
| Kappa chains | j |
| Lambda chains | l |
| Variable region | j |
| Constant regions | n |
| Idiotype | j |
| Hinge region | j |
| Valence = dosage | j |
| Agglutination | l |
| Half life | l |
| Primary immune response | l |
| Secondary immune response | n |
| Anamnestic response | l |
| In vivo | j |
| Antibody screen test (IAT) | j |
| Multiparous | j |
| RES | j |
| In vitro | j |
| Sensitization | j |
| Lattice formation | l |
| Serum to cell ratio | j |
| IS = immediate spin | k |
| Zeta potential | l |
| Zone of equivalece | l |
| Prozone | l |
| Supernatant | j |
| Neutralization | j |
| DAT | l |
| IAT | l |
| Autoimmune hemolytic anemia | l |
| HDN = hemolytic disease of the newborn | j |
| Reaction phase | j |
| False negative reaction | j |
| False positive reaction | d |
| Potentiators | j |
| Enhancement media | j |
| Proteolytic enzymes | s |
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