H2A.Z reduction reshapes H3K27me3 at specific Arabidopsis loci
An Arabidopsis mutant study found that reduced H2A.Z altered H3K27me3 at hundreds of specific loci, with only a slight global ...
An Arabidopsis mutant study found that reduced H2A.Z altered H3K27me3 at hundreds of specific loci, with only a slight global ...
A review in Nature Reviews Molecular Cell Biology explains how the RNA modification N6-methyladenosine regulates gene expression, enables cellular adaptation, ...
An in-vitro study found that resveratrol glucoside reduced senescence-associated cellular changes by altering mitochondrial metabolism and chromatin regulation while showing ...
A comprehensive review finds that AML cells commonly overcome epigenetic drugs through compensatory chromatin and transcriptional adaptation, favoring biomarker-selected combinations ...
A laboratory study links the BcEaf2 cofactor to BcSET2-dependent H3K36me3, revealing a regulatory module that supports fungal growth, stress adaptation, ...
A genome-wide study has identified 11 histone deacetylase genes in Fusarium oxysporum, revealing how the devastating wilt pathogen uses epigenetic ...
A comprehensive epigenetic analysis led by St. Jude and KiTZ identified the chromatin regulator KDM2B as an essential, selective dependency ...
New research shows that pathogenic variants in the chromatin regulator MSL2 disrupt oligodendrocyte precursor cell division and myelination through loss ...
A new study shows that the SUMO protease ASP1 removes regulatory tags from the chromatin protein AL6, promoting its degradation ...
Researchers have identified a distal IRF4 chromatin regulatory element as the genomic control point that permits inflammation-induced reprogramming of human ...
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© 2025 Scienmag - Science Magazine