Using the given table, answer the following questions:
Place each of the given entries (by number) into one of the following "bins", use only the space provided, multiple entries can be put on a given line.
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INNATE
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ADAPTIVE
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BOTH
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NEITHER
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If you were an antigen, using the numbers above diagram for me how you enter a host, what you would encounter along the way, and how you would think you would be eliminated from the host. Use only the space provided (this side of the page).
Compare and contrast how the MHC, BCR, and TCR differ in the way they are able to respond/present 10^11 possible antigens. You can use the numbers above or your own words, use only the rest of this page.
| 1. Adaptive Immunity |
44. CR1 |
87. IgM |
130. Opsonization |
| 2. ADCC |
45. CR2 |
88. IL-1 |
131. Oxygen Burst (Respiratory Burst) |
| 3. Addressin |
46. CR3 |
89. IL-10 |
132. Perforin |
| 4. Adjuvant |
47. CRP |
90. IL-12 |
133. Phagocytosis |
| 5. Agglutination |
48. CXC Chemokine |
91. IL-2 |
134. Phagosome |
| 6. Allergy |
49. CXXC Chemokine |
92. IL-3 |
135. Pinocytosis |
| 7. Alpha-Beta T cell |
50. Decay Accelerating Factor |
93. IL-4 |
136. Plasma Cell |
| 8. Alternate Activation of Complement Cascade |
51. Dendritic cells |
94. IL-6 |
137. Platelets |
| 9. Anaphylotoxins |
52. Diapedesis |
95. IL-8 |
138. Primary Immune Response |
| 10. Anergy |
53. Endothelial cells |
96. Inflammation |
139. Primary Lymphoid Organs |
| 11. Antibody Repertoire |
54. Endotoxin |
97. Innate Immunity |
140. Pus |
| 12. Antigen Repertoire |
55. Eosinophils |
98. Integrin |
141. Pyogenic bacteria |
| 13. Antigenic drift |
56. Epithelial Cells |
99. KAR |
142. Red Pulp |
| 14. Antigenic shift |
57. Epitope |
100. Kinin System |
143. Secondary Immune Response |
| 15. Anti-idiotype |
58. Erythrocytes |
101. KIR |
144. Secondary Lymphoid Organs |
| 16. Apoptosis |
59. Exotoxin |
102. Lectin Activation of Complement Cascade |
145. Selectin |
| 17. BALT |
60. Factor B |
103. LFA-1 |
146. Serotypes |
| 18. Basophils |
61. Factor D |
104. LFA-2 |
147. Sinus |
| 19. BCR |
62. Factor I (as in "eye" not "one") |
105. LFA-3 |
148. Skin |
| 20. Bone Marrow |
63. Factor P |
106. Low pH |
149. Somatic mutation |
| 21. Bradykinin |
64. Fatty acids |
107. LPS binding protein |
150. Spleen |
| 22. CC Chemokine |
65. Follicles |
108. Lymph Node |
151. Super antigen |
| 23. CD1 |
66. f-peptide |
109. Lymphatics |
152. T cytolytic |
| 24. CD16 |
67. Free Radical |
110. Lysosome |
153. T suppressor |
| 25. CD19 |
68. GALT |
111. Lysozyme |
154. TCR |
| 26. CD2 |
69. Gamma-Delta T cell |
112. MAC |
155. TCR Repertoire |
| 27. CD20 |
70. Germinal Centers |
113. macrophages |
156. TD antigens |
| 28. CD3 |
71. Germline rearrangement |
114. MALT |
157. TH1 lymphocyte |
| 29. CD4 |
72. Graft Rejection |
115. Mannose Receptor |
158. TH2 lymphocyte |
| 30. CD40 |
73. Granzyme |
116. Mast cells |
159. Thymus |
| 31. CD40L |
74. Hepatocyte |
117. MBP |
160. TI-1 antigens |
| 32. CD45 |
75. Humoral Response |
118. Medulla |
161. TI-2 antigens |
| 33. CD5+ B cells |
76. ICAM-1 |
119. Memory Cells |
162. TNF-alpha |
| 34. CD5- B cells |
77. ICAM-2 |
120. MHC Class I |
163. Tolerance |
| 35. CD59 |
78. Idiotype |
121. MHC Class II |
164. Toll-like receptors |
| 36. CD8 |
79. IFN-alpha |
122. Monocytes |
165. Type I hypersensitivity |
| 37. CD80 |
80. IFN-beta |
123. Mucus |
166. Type II hypersensitivity |
| 38. CD86 |
81. IFN-gamma |
124. Natural Killer Cell |
167. Type III hypersensitivity |
| 39. Cell lysis |
82. Ig |
125. Necrosis |
168. Type IV hypersensitivity |
| 40. Cell Mediated Response |
83. IgA |
126. Neutralization |
169. White Pulp |
| 41. Classical Activation of Complement Cascade |
84. IgD |
127. Neutrophils |
170. Wound Healing |
| 42. Complement activation |
85. IgE |
128. NK cells |
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| 43. Cortex |
86. IgG |
129. Normal Flora |
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