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<p>ADPr is a crucial modification that regulates various cellular processes. Its complexity stems from the diverse chemical linkages it can form, including connections to various amino acids and nucleic acid components. ADPr can manifest as single ADP-ribose unit or as chains and can also form hybrid modifications. Here we focus on the remarkable versatility of ADPr and the distinct subcellular localization of its writers, which enable it to regulate essential processes in a spatiotemporal manner.</p>

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The beauty of ADP-ribosylation: versatility in every link and organelle

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2025年5月8日

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  • Victoria Chaves Ribeiro,
  • Jessica Wirtz,
  • Orsolya Leidecker

摘要

ADPr is a crucial modification that regulates various cellular processes. Its complexity stems from the diverse chemical linkages it can form, including connections to various amino acids and nucleic acid components. ADPr can manifest as single ADP-ribose unit or as chains and can also form hybrid modifications. Here we focus on the remarkable versatility of ADPr and the distinct subcellular localization of its writers, which enable it to regulate essential processes in a spatiotemporal manner.