Genes · 2017 · 34 citations · 50 references
MedicineCancer BiologyOncologyGene RegulationMolecular OncologyTranscriptional RegulationCancer Cell SignalingCancer Stem CellsMyc Family OncogenesOncogenic ProliferationOncogenic Signaling PathwaysTumor Suppressor GenesMyc In Cancer StemnessMyc In Tumor ProgressionMyc OncogenesMyc Transcriptional RepressionMyc-dependent Cell ProliferationOncogenic Myc SignalingTranscriptional RepressorsTumor Suppressor Pathways
MYC family proteins play fundamental roles in stem and progenitor cell homeostasis, morphogenesis and cancer. As expected for proteins that profoundly affect the fate of cells, the activities of MYC are regulated at a multitude of levels. One mechanism with the potential to broadly affect the activities of MYC is transcriptional antagonism by a group of MYC-related transcriptional repressors. From this group, the protein MNT has emerged as having perhaps the most far-reaching impact on MYC activities. In this review, we discuss the current understanding of MNT, its regulation and how, as a MYC antagonist, it functions both as a tumor suppressor and facilitator of MYC-driven proliferation and oncogenesis.
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An integrated encyclopedia of DNA elements in the human genome
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