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Impact of the gradient in gantry-table rotation on dynamic trajectory radiotherapy plan quality.

Hannes A LoebnerSilvan MuellerWerner VolkenPhilipp WallimannDaniel Matthias AebersoldMarco F M StampanoniMichael K FixPeter Manser
Published in: Medical physics (2023)
The impact of the GT rotation gradient on DTRT plan quality is comprehensively investigated for three cases in the head and neck and brain region. Increasing freedom in this gradient improves dosimetric plan quality at the cost of increased delivery time for the investigated cases. No clear dependency of GT rotation gradient on dosimetric robustness is observed.
Keyphrases
  • radiation therapy
  • quality improvement
  • early stage
  • atomic force microscopy
  • squamous cell carcinoma
  • white matter
  • locally advanced
  • subarachnoid hemorrhage
  • high speed