Cells, Volume 12, Issue 9
2023 May-1 - 133 articles
Cover Story: The characterization of a novel paralogous myc gene in Hydra, termed myc3, with conserved biochemical and oncogenic functions reveals a high complexity of the Myc network in this cnidarian. Based on its specific expression pattern, myc3 appears to function in nerve and gland cell differentiation, where its protein product could act as a dominant negative competitor of the stem-cell-specific Myc2 protein to enforce the committed state. In contrast to its highly divergent N‑terminus, the Myc3 C-terminus displays the best conservation grade compared to vertebrate Myc proteins, which may explain its strong intrinsic oncogenicity based on defined structural features. A comparison of different Myc isoforms in terms of structure and function can help to identify potentially druggable surfaces on Myc, which is an oncogenic driver in many human tumors. View this paper - Issues are regarded as officially published after their release is announced to the table of contents alert mailing list .
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