1. 200 400 600 800 1000 Grant Me Immunity T cells Virus Inside Us Prokaryotes DOMAINS of Life Quick Hitters B Cells

2. DAILY DOUBLE Back

3. DAILY DOUBLE Back

4. This is the type of immunity provided by B cells and T cells Back Adaptive immunity

5. These areas are responsible for attaching to antigens Back Variable regions, antigen binding site

6. These are the types of cells that will engulf antigens and then signal other immune cells Back Antigen presenting cell

7. These are the areas of the antigen that bind to the antibodies Back epitopes

8. Infected host cells release this surface marker Back MHC 1

9. This is the type of virus that infects bacterial cells Back bacteriophage

10. This is what can happen to viruses when they are filled with antibodies on their surface Back neutralization

11. When a virus is inactive for awhile, it is known as this Back latent

12. Viruses are located thanks to these regions on antibodies Back V regions

13. This is what is dissolved by the host cell as the virus enters Back capsids

14. Back These are structures in prokaryotes whose primary function is attachment fimbriae

15. These are extracellular chromosomes that are transferred during this process Back plasmids; conjugation

16. Bacteria containing two cell membranes with peptidoglycan on the inside are known as Back Gram negative

17. Bacteria that take in inorganic chemicals and carbon dioxide are known as this Back chemoautotrophs

18. These are the names for the three domains of life Back Eukarya, Bacteria, Archaea

19. These cells release perforin and granzymes to digest infected cells Back Cytotoxic T cells

20. Antigen presenting cells have this that assists with the bonding of the T cell receptor Back CD4

21. This is the specific type of immunity that is caused by T cells Back Cell mediated immunity

22. helper T cells release these chemicals to induce the production of B cells Back cytokines

23. This is the process that occurs as the infected host is eliminated Back apoptosis

24. Back Lacks a nuclear envelope and membrane bound organelles Archaea, Bacteria

25. Possesses peptidoglycan Back Bacteria

26. unbranched hydrocarbons in the membrane Back archaea

27. Would be found in the Great Salt Lake or in a volcano Back archaea

28. Back Presence of a circular chromosome Archaea, bacteria

29. Stains pink, two cell membranes Back Gram negative bacteria

30. viral protective coating Back capsid

31. two processes that DNA viruses undergo Back Replication, transcription

32. viral killing cycle Back Lytic cycle

33. four ways bacteria transfer genetic material Back Transduction (virus into bacteria), transformation (DNA from environment), conjugation (bacteria to bacteria), mutation

34. This is the type of immunity that is conferred by B cells Back humoral

35. These are the classes of antibodies that are produced by B cells Back IgG, IgM, IgA, IgD, IgE

36. This is the process in which different types of antibodies will attach to and surround antigens Back opsonization

37. This is the area where the B cells are produced Back Bone marrow

38. B cells are triggered by these cells that will release cytokines Back T helper cells