What you would encounter along the way

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Reference no: EM131576808

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.

INNATE	ADAPTIVE	BOTH	NEITHER

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
43. Cortex	86. IgG	129. Normal Flora

Reference no: EM131576808

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