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Ascorbic acid-2 glucoside mitigates intestinal damage during pelvic radiotherapy in a rat bladder tumor model.

Yasutoshi ItoTetsuo YamamotoKosuke MiyaiJunya TakeHarry ScherthanAnna RommelStefan EderKonrad SteinestelAlexis RumpMatthias PortNariyoshi ShinomiyaManabu Kinoshita
Published in: International journal of radiation biology (2021)
AA2G treatment mitigated radiation-induced intestinal damage without reducing antitumor activity after fractionated pelvic radiotherapy against bladder tumors in rats. The beneficial effect of AA2G treatment seems to promote a restoration of the M2 answer as well as tissue remodeling and wound healing. Similar residual DNA damage in bladders and ilea seven days post-irradiation is consistent with tumor control in both groups.
Keyphrases
  • radiation induced
  • oxidative stress
  • dna damage
  • radiation therapy
  • early stage
  • spinal cord injury
  • rectal cancer
  • locally advanced
  • squamous cell carcinoma
  • small cell lung cancer
  • urinary tract
  • replacement therapy