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Targeting DNA damage response in head and neck cancers through abrogation of cell cycle checkpoints.

Jessica M MolkentineDavid P MolkentineKathleen A BridgesTongxin XieLiangpeng YangAakash ShethTimothy P HeffernanDavid A ClumpAlma Z FaustRobert L FerrisJeffrey N MyersMitchell J FrederickKathryn A MasonRaymond E MeynCurtis R PickeringHeath D Skinner
Published in: International journal of radiation biology (2020)
Niraparib effectively radiosensitizes HNSCCs with a greater benefit seen in HPV(-). HPV status also plays a role in response to MK-8776 or MK-1775 when combined with niraparib due to differences in DNA repair mechanisms. This study suggests that using cell cycle abrogators in combination with PARP inhibitors may be a beneficial treatment option in HNSCC, but also emphasizes the importance of HPV status when considering effective treatment strategies.
Keyphrases
  • cell cycle
  • dna repair
  • dna damage response
  • dna damage
  • high grade
  • cell proliferation
  • cervical cancer screening
  • oxidative stress
  • young adults
  • drug delivery
  • smoking cessation