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Maintenance of Serological Memory by Polyclonal Activation of Human Memory B Cells
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References
2002
Year
Human Memory BHumoral ResponseImmunologySerological MemoryAntigen ProcessingMemory B CellsImmunotherapyHuman MemoryExplicit MemorySocial SciencesMemoryCognitive NeuroscienceImmunological MemoryAutoimmune DiseaseMemory SystemAutoimmunityHumoral ImmunityCell BiologyPolyclonal ActivationAntibody BiologyCpg DnaMemory LossNeuroscienceMedicineLong-term Memory
Production of antibodies can last for a lifetime, through mechanisms that remain poorly understood. Here, we show that human memory B lymphocytes proliferate and differentiate into plasma cells in response to polyclonal stimuli, such as bystander T cell help and CpG DNA. Furthermore, plasma cells secreting antibodies to recall antigens are produced in vivo at levels proportional to the frequency of specific memory B cells, even several years after antigenic stimulation. Although antigen boosting leads to a transient increase in specific antibody levels, ongoing polyclonal activation of memory B cells offers a means to maintain serological memory for a human lifetime.
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