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Development of circulating CD4+ T-cell memory.

Megan Sf SoonJessica A EngelHyun J LeeAshraful Haque
Published in: Immunology and cell biology (2019)
The ability of circulating CD4+ T cells to retain memories of previous antigenic encounters is a cardinal feature of the adaptive immune system. Over the past two decades, since the first description of central and effector memory T cells, many studies have examined molecular mechanisms controlling CD8+ T-cell memory, with comparatively less research into CD4+ T-cell memory. Here, we review a number of seminal studies showing that circulating memory CD4+ T cells develop directly from effector cells; and in so doing, preserve features of their effector precursors. We examine mechanisms controlling the development and phenotypes of memory CD4+ T cells, and provide an updated model that accommodates both the central and effector memory paradigm and the diverse T helper cell classification system.
Keyphrases
  • working memory
  • regulatory t cells
  • dendritic cells
  • machine learning
  • induced apoptosis
  • stem cells
  • type iii
  • single cell
  • deep learning
  • cell proliferation
  • endoplasmic reticulum stress