EIF4A3-dependent NMD is defined as a checkpoint linking RNA surveillance to oncogenic fusion-isoform dosage, leukemic fitness, and chemosensitivity in t(8;21) AML, providing a mechanistic explanation for clinical heterogeneity in t(8;21) AML.
These findings enrich and extend the understanding of AML1-ETO regulatory programs by linking distal enhancer activity to a NAT10-GSTO2 ac4C-GSH axis that integrates epigenomic, posttranscriptional, and metabolic reprogramming to sustain LSC stemness.
Shuyi Li, Shu-Jiao He, Yongwei Su et al.· Proceedings of the National...· 0 citations
PTBP1 is established as a critical regulator of AML cell fitness and a clinically actionable therapeutic combination that exploits AML dependency on PTBP1-CDC42 signaling to enhance the efficacy of venetoclax-based regimens is identified.
EIF2S1 is associated with adverse prognosis, translation initiation-related programs, and monocyte-like immune-metabolic transcriptional states in AML, and functional findings suggest that EIF2S1 contributes to leukemic cell fitness.
Xiaoying Hong, Yingying Huang, Wei Wu et al.· Frontiers in Oncology· 0 citations
A model in which H3K79me2 contributes to alternative splicing regulation in MLLr AML is supported, linking the core epigenetic lesion of this disease to aberrant RNA processing with potential prognostic relevance.
Qi Liu, Bowen Yang, Tian-Bao Li et al.· Genes· 0 citations
A molecular mechanism by which KLF4 governs AML progression is revealed, providing a novel therapeutic target and a potential small-molecule inhibitor for AML treatment.
Meng Yang, Ting Lu, Yi-Cheng He et al.· Leukemia· 0 citations
SDRNAs are introduced as standalone regulatory effector molecules in healthy hematopoiesis and AML and proposed and characterized NUDT21, an important regulator of alternative polyadenylation and oncogenic gene expression, as a downstream target of sd3'-SNORD78 in AML.
R. Zinz, Christian Rohde, C. Pauli et al.· Leukemia· 0 citations
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