Selected article for: "complex regulatory process and regulatory process"

Author: Poe, Jonathan C.; Kountikov, Evgueni I.; Lykken, Jacquelyn M.; Natarajan, Abirami; Marchuk, Douglas A.; Tedder, Thomas F.
Title: EndoU is a novel regulator of AICD during peripheral B cell selection
  • Document date: 2014_1_13
  • ID: 5804sjmo_28
    Snippet: These collective observations support a model in which a CD22, EndoU, and c-Myc expression axis controls B cell fate after BCR ligation in B6 mice. EndoU levels remain low in WT [B6] B cells, allowing robust c-Myc expression and cell cycle progression after BCR engagement. In contrast, chronically high EndoU expression by CD22 /[B6] B cells prevents c-Myc up-regulation after BCR ligation, resulting in AICD. EndoU was a major regulator of AI.....
    Document: These collective observations support a model in which a CD22, EndoU, and c-Myc expression axis controls B cell fate after BCR ligation in B6 mice. EndoU levels remain low in WT [B6] B cells, allowing robust c-Myc expression and cell cycle progression after BCR engagement. In contrast, chronically high EndoU expression by CD22 /[B6] B cells prevents c-Myc up-regulation after BCR ligation, resulting in AICD. EndoU was a major regulator of AICD in CD22 /[B6] and Ig Tg sHEL mice, although additional unknown mechanisms undoubtedly also contribute to this complex regulatory process.

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