specific immune response

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Across
  1. 3. when the clone of t-cells bind to the right antigen
  2. 6. b-cell response in bodily fluid (dissolve)
  3. 9. all t-cells are ......, they have different proteins and glycoproteins for receptors
  4. 11. if a APC has complementary antigens then this happens
  5. 14. another name for b-lymphocytes
  6. 16. where are t-cells found?
  7. 19. b-memory cells are long lived and are high in numbers so there is a greater chance that they will find the antigen if this happens, they produce plasma b-cells to help stop the spread of the pathogen
  8. 20. manufactures antibody, has high number of ribosomes and mitochonria
  9. 21. the process by which t-cells reproduce to create clones of itself
  10. 22. daughter cells attach to specific antigens and destroy the cell, secretes toxic substance to the cell piercing its CSM
  11. 23. higher levels of antibodies, faster response, less likely to get ill, you have immunity
Down
  1. 1. 2 types of b-cells created
  2. 2. mutations to antigens mean that sometimes antibodies don't work against the same pathogen
  3. 4. where are b-cells found
  4. 5. macrophages digested pathogens antigens present on its CSM, other cells can be APC they are encountered by t-cells
  5. 7. antibodies produced by the same clone of plasma-b-cells
  6. 8. daughter cells release cytokines to stimulate macrophages(phagocytosis), b-cells and t-cells to help
  7. 10. antibodies are ............., interact with specific antigens
  8. 12. another name for t-lymphocytes
  9. 13. immune response is slower as cells need to be created, we are more likely to get ill, low antibody levels
  10. 15. remebers antigen to bind to it in the future
  11. 17. b-cells find a cell with its antigen or stimulated by t-cells, its found a .....
  12. 18. antibodies binding to antigens causing bacteria to clump together so it can't reproduce, which will attract a macrophage or neutrophil