Yuta Shiraishi, Yusuke Matsuya and Hisanori Fukunaga
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引用次数: 0
Abstract
Liew and Mairani commented on our paper ‘Modeling for predicting survival fraction of cells after ultra-high dose rate irradiation’ (Shiraishi et al 2024a Phys. Med. Biol.69 015017), which proposed a biophysical model to predict the dose–response curve of surviving cell fractions after ultra-high dose rate irradiation following conventional dose rate irradiation by considering DNA damage yields. They suggested the need to consider oxygen concentration in our prediction model and possible issues related to the data selection process used for the benchmarking test in our paper. In this reply, we discuss the limitations of both the present model and the available experimental data for determining the model’s parameters. We also demonstrate that our proposed model can reproduce the experimental survival data even when using only the experimental DNA damage data measured reliably under normoxic conditions.
Liew 和 Mairani 对我们的论文 "超高剂量率辐照后细胞存活率的预测模型"(Shiraishi et al 2024a Phys. Med. Biol.69 015017)发表了评论,该论文提出了一个生物物理模型,通过考虑 DNA 损伤率来预测常规剂量率辐照后超高剂量率辐照后存活细胞分数的剂量-反应曲线。他们提出在我们的预测模型中需要考虑氧气浓度,以及与我们论文中基准测试所用的数据选择过程有关的可能问题。在本答复中,我们讨论了现有模型和用于确定模型参数的可用实验数据的局限性。我们还证明,即使只使用常氧条件下可靠测量的 DNA 损伤实验数据,我们提出的模型也能再现实验存活数据。