Activation of B cells
Neturalization of the antigen
Activation of complement
Phagocytosis of the antigen
Activation of T cells
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MHC class I
MHC class II
Surface‐bound antibody molecules
Toll‐like receptors
Complement components
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Inability to synthesize toxic nitric oxides
Failure to produce complement components
Failure to express toll‐like receptors
Failure to express MHC class I molecules
Failure to express surface‐bound antibody molecules
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Produce complement proteins that can eliminate the pathogen
Phagocytosis of pathogens followed by presentation of antigens to B cells
Phagocytosis of pathogens followed by oxygen‐dependent and oxygen‐independent killing of the pathogen
Produce antibody molecules that can mark the pathogen for destruction
Phagocytosis of pathogens followed by formation of the membrane‐attack complex that causes lysis of pathogens
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They use MHC class I and class II molecules to present peptide antigens to T cells
They use MHC class I and class II molecules to present carbohydrate antigens to T cells
They secrete complement proteins that activate T cells
They present antigen:antibody complexes to T cells
They trigger activation of T cells through Toll‐like receptors
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Antigens from a parasite that infects endothelial cells
Antigens from a virus infecting endothelial cells
Antigens from a bacterium infecting endothelial cells
Antigens from extracellular bacteria
Antigens from bacteria that infects endothelial cells
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