CRISPR centromere editing reshapes wheat chromosomes
A CRISPR–Cas9 strategy targeting centromeric repeats reconfigures up to 11 wheat chromosomes in one generation and yields heritable reciprocal translocations.
A CRISPR–Cas9 strategy targeting centromeric repeats reconfigures up to 11 wheat chromosomes in one generation and yields heritable reciprocal translocations.
A comparative genomic study assembled the chromosomes of three invasive cucurbit species and identified candidate associations involving retrotransposon activity, whole-genome ...
A Nature Neuroscience commentary highlights new evidence that genetic variants within Alu transposable elements help shape the size and structure ...
A systematic review in Medical Oncology details how the HUSH complex silences retrotransposons through H3K9me3 deposition and how its dysregulation ...
A massively parallel reporter assay of 9,092 cortical-structure-associated variants reveals that Alu retrotransposons, Wnt signaling and transcription factor expression jointly ...
New research shows that asymmetric DNA methylation, histone marks and transposable element insertions explain why one parental genome dominates gene ...
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© 2025 Scienmag - Science Magazine