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Patel, D., Bronk, L., Guan, F., Peeler, R.C., Brons, S., Dokic, I., Abdollahi, A., Rittmüller, C., Jäkel, O., Grosshans, D., Mohan, R. and Titt, U. (2017) Optimization of Monte Carlo Transport Parameters and Validation of a Novel High Throughput Experimental Setup to Measure the Biological Effects of Particle Beams. Medical Physics, 44, 6061-6073.
https://doi.org/10.1002/mp.12568

has been cited by the following article:

• TITLE: Biological Dose Comparison between a Fixed RBE and a Variable RBE in SFO and MFO IMPT with Various Multi-Beams for Brain Cancer

  AUTHORS: Ryosuke Kohno, Wenhua Cao, Pablo Yepes, Xuemin Bai, Falk Poenisch, David R. Grosshans, Tetsuo Akimoto, Radhe Mohan

  KEYWORDS: IMPT, Monte Carlo, Biological Dose, Variable RBE

  JOURNAL NAME: International Journal of Medical Physics, Clinical Engineering and Radiation Oncology, Vol.8 No.1, February 2, 2019

  ABSTRACT: IMPT plans with various multi-angle beams were planned by the Varian Eclipse treatment planning system for one case of brain cancer. Dose distributions for each plan, along with the associated linear energy transfer distributions, were recomputed using an in-house fast Monte Carlo dose calculator with a FRBE of 1.1 or with a previously published VRBE model. We then compared dosimetric parameters obtained by the VRBE with those obtained by the FRBE. Biological doses obtained by the VRBE for the clinical target volume in all plans were 1% - 2% larger than those obtained by the FRBE. The minimum dose obtained by the VRBE for the right optic nerve in the MFO IMPT with 4 fields was 70% larger than that obtained by the FRBE, but the difference was only 18.1 cGy (RBE). The difference in maximum dose for the right optic nerve in the MFO IMPT with 5 fields was less than 10.4%, but the difference was 131.8 cGy (RBE). The mean difference in maximum dose was less than 2% for all other organs at risk. We found that biological dose with the FRBE had any dose errors in IMPT with various multi-angle beams.