In vitro analysis of the interaction of Mcm2 N-terminal region (Mcm2N) with histones: Mcm2N interacts with core histones ((H3-H4)<sub>2 </sub>+ H2A-H2B hexamer) and releases the histones in the presence of Nap1.<br/>

Kohji Hizume

[3P-080] In vitro analysis of the interaction of Mcm2 N-terminal region (Mcm2N) with histones: Mcm2N interacts with core histones ((H3-H4)₂+ H2A-H2B hexamer) and releases the histones in the presence of Nap1.

^○Kohji Hizume (Div of RI, Biomedical Research Center, Saitama Med Univ)

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The 46th Annual Meeting of the Molecular Biology Society of Japan

[3P-080] In vitro analysis of the interaction of Mcm2 N-terminal region (Mcm2N) with histones: Mcm2N interacts with core histones ((H3-H4)₂+ H2A-H2B hexamer) and releases the histones in the presence of Nap1.

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The 46th Annual Meeting of the Molecular Biology Society of Japan

[3P-080] In vitro analysis of the interaction of Mcm2 N-terminal region (Mcm2N) with histones: Mcm2N interacts with core histones ((H3-H4)2 + H2A-H2B hexamer) and releases the histones in the presence of Nap1.

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[3P-080] In vitro analysis of the interaction of Mcm2 N-terminal region (Mcm2N) with histones: Mcm2N interacts with core histones ((H3-H4)₂+ H2A-H2B hexamer) and releases the histones in the presence of Nap1.