Focal Interest
Focal Interest

Histone

  1. Mechanical load reduces cancer cell growth in heart tissue
  2. Review highlights histone marks in C. elegans embryonic cell cycle
    Explore histone modifications during C. elegans embryonic cell division, examining H4K20me1, H3S10ph, and other epigenetic marks that regulate chromatin dynamics and mitotic progression.
  3. SFPQ helps protect repeat DNA from R-loop damage
    SFPQ directs histone H3.3 deposition to R-loops in repetitive DNA elements through DAXX recruitment, suppressing replication stress and genome instability while activating innate immune responses.