Matches in Nanopublications for { ?s ?p "As an activator MYC recruits a number of different cofactors that possess the capability to control chromatin structure, acetylate core histones as well as transcriptional regulators, and regulate polymerase complexes (summarized in Fig. S2B) (9)." ?g. }
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- _6 value "As an activator MYC recruits a number of different cofactors that possess the capability to control chromatin structure, acetylate core histones as well as transcriptional regulators, and regulate polymerase complexes (summarized in Fig. S2B) (9)." provenance.
- _6 value "As an activator MYC recruits a number of different cofactors that possess the capability to control chromatin structure, acetylate core histones as well as transcriptional regulators, and regulate polymerase complexes (summarized in Fig. S2B) (9)." provenance.
- _6 value "As an activator MYC recruits a number of different cofactors that possess the capability to control chromatin structure, acetylate core histones as well as transcriptional regulators, and regulate polymerase complexes (summarized in Fig. S2B) (9)." provenance.
- _6 value "As an activator MYC recruits a number of different cofactors that possess the capability to control chromatin structure, acetylate core histones as well as transcriptional regulators, and regulate polymerase complexes (summarized in Fig. S2B) (9)." provenance.