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<p>The liver has remarkable regenerative capacity owing to the boundless proliferative potential of hepatocytes. During liver injury, sustained regeneration must be balanced by mechanisms limiting overgrowth and tumorigenesis. Epithelial plasticity is frequently observed during liver damage and is thought to mediate production of biliary epithelial cells (BECs) or hepatocytes, depending on tissue needs. Here we show that hepatocytes persisting in plastic states are present in virtually all liver injury contexts, representing the predominant outcome of hepatocyte reprogramming rather than their full BEC conversion. By developing tools to trap mouse hepatocytes in plastic states in vivo and using models of regeneration and transplantation, we show that plastic hepatocytes are refractory to proliferation cues from the microenvironment. Unlike terminally differentiated hepatocytes, plastic hepatocytes resist proliferation driven by endogenous oncogenic stimuli. Thus, acquisition of plastic states represents a protective mechanism that constrains hepatocyte proliferation, limiting overgrowth and tumorigenesis during liver disease.</p>

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Plastic hepatocyte states limit liver cancer development

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年11月26日

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  • Lauren S. Strathearn,
  • Yuki Hayata,
  • Abhinav Illendula,
  • Charles K. Hewett,
  • Mingjia Chen,
  • Guoshun He,
  • María Escribano-Cebrián,
  • Brianna Jarboe,
  • Laura Gómez-Tomé,
  • Nicola de Prisco,
  • Michael Slifker,
  • Satoshi Kawamura,
  • Hayato Nakagawa,
  • David Rossell,
  • Ben Z. Stanger,
  • Joan Font-Burgada

摘要

The liver has remarkable regenerative capacity owing to the boundless proliferative potential of hepatocytes. During liver injury, sustained regeneration must be balanced by mechanisms limiting overgrowth and tumorigenesis. Epithelial plasticity is frequently observed during liver damage and is thought to mediate production of biliary epithelial cells (BECs) or hepatocytes, depending on tissue needs. Here we show that hepatocytes persisting in plastic states are present in virtually all liver injury contexts, representing the predominant outcome of hepatocyte reprogramming rather than their full BEC conversion. By developing tools to trap mouse hepatocytes in plastic states in vivo and using models of regeneration and transplantation, we show that plastic hepatocytes are refractory to proliferation cues from the microenvironment. Unlike terminally differentiated hepatocytes, plastic hepatocytes resist proliferation driven by endogenous oncogenic stimuli. Thus, acquisition of plastic states represents a protective mechanism that constrains hepatocyte proliferation, limiting overgrowth and tumorigenesis during liver disease.