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Memory cells, B cells, T cells, and Helper T cells collaborate to make vaccines effective against bacteria and viruses.
Memory cells play a crucial role in making vaccines effective against bacteria and viruses. These cells store information about specific pathogens and trigger a rapid immune response upon reinfection, aiding in the quick recognition and elimination of the infectious agents.
Additionally, B cells produce antibodies that target extracellular molecules of bacteria, while T cells recognize and directly attack virally infected cells. The collaboration between these immune cells enhances the efficacy of vaccines in combating infections.
Helper T cells aid in activating both B cells and killer T cells, contributing to a coordinated immune response against pathogens.
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