Daphnia Magna Embryos Shift H3K9 Histone Marks to Regulate Developmental Arrest
Researchers discovered that water flea embryos alter histone H3 lysine 9 acetylation and methylation patterns to coordinate developmental arrest and ...
Tag: H3K9me3
SETDB1 and HUSH Complexes Restrict Single-Stranded DNA Incorporation During Genome Editing
Researchers have identified the SETDB1/ATF7IP heterodimer and HUSH complex as major epigenetic barriers that restrict single-stranded DNA incorporation during nickase-mediated ...
Mutant KMT2D Rewrites Chromatin and Immune Signals to Drive Follicular Lymphoma
A new study shows that loss-of-function mutations in the chromatin regulator KMT2D promote follicular lymphoma by lowering H3K9me3 marks, activating ...
HP1α rise silences MERVL and stalls oxidatively damaged embryos
A mouse study links oxidative damage in IVF embryos to increased HP1α, which silences MERVL and causes developmental arrest that ...
Disc Degeneration Traced to a Histone Switch That Silences the Cell’s Mitochondrial Cleanup Crew
A new study shows that the chromatin protein CBX3 accelerates disc degeneration by silencing the SESN2 gene through H3K9me3 marks, ...
Genome’s Silent Guardian: HUSH Complex Emerges as Key Player in Cancer
A systematic review in Medical Oncology details how the HUSH complex silences retrotransposons through H3K9me3 deposition and how its dysregulation ...
Sex-Specific Liver Transcriptomes: Maternal Obesity’s Impact
In recent groundbreaking research, scientists have ventured into the intricate world of epigenetics and its correlation with sexual maturity, particularly ...
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