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有田研究室 | 徳島大学 先端酵素学研究所 構造生命医科学分野
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有田研究室 | 徳島大学 先端酵素学研究所 構造生命医科学分野
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  2. 2024年
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August 2024– date –

  • 未分類

    Science Advances: Structural study revealing a novel mechanism of DNA methylation maintenance is accepted

    We discovered that CDCA7, a regulator of the chromatin remodeling factor HELL...
    2024年8月27日
  • 未分類

    Science Advances: Structural study revealing a novel mechanism of DNA methylation maintenance is accepted

    We discovered that CDCA7, a regulator of the chromatin remodeling factor HELL...
    2024年8月27日
  • 未分類

    Science Advances: Structural study revealing a novel mechanism of DNA methylation maintenance is accepted

    We discovered that CDCA7, a regulator of the chromatin remodeling factor HELL...
    2024年8月27日
  • 未分類

    Science Advances: Structural study revealing a novel mechanism of DNA methylation maintenance is accepted

    We discovered that CDCA7, a regulator of the chromatin remodeling factor HELL...
    2024年8月27日
  • 新着情報

    We have renewed our website!

    We have completely renewed our website! Aiming to make our website easier to ...
    2024年8月26日
  • 新着情報

    We have renewed our website!

    We have completely renewed our website! Aiming to make our website easier to ...
    2024年8月26日
  • 新着情報

    We have renewed our website!

    We have completely renewed our website! Aiming to make our website easier to ...
    2024年8月26日
  • 新着情報

    We have renewed our website!

    We have completely renewed our website! Aiming to make our website easier to ...
    2024年8月26日
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最近の投稿

  • Published in the Journal of Biochemistry: Discovery of a New Interaction Between UHRF1 and the Nucleosome!
  • Breakthrough study uncovering the regulatory mechanism of the plant maintenance DNA methyltransferase MET1 published in Nature Communications.
  • Breakthrough study uncovering the regulatory mechanism of the plant maintenance DNA methyltransferase MET1 published in Nature Communications.
  • Breakthrough study uncovering the regulatory mechanism of the plant maintenance DNA methyltransferase MET1 published in Nature Communications.
  • Breakthrough study uncovering the regulatory mechanism of the plant maintenance DNA methyltransferase MET1 published in Nature Communications.

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