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Medical Dosimetry,
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    • Cover Image - Medical Dosimetry, Volume 48, Issue 1
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  • Research Article2

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  • Chen, Jiayun1
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  • Medical Dosimetry2

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  • Breast neoplasms1
  • Critical organ protection1
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  • Fixed jaw1
  • Helical tomotherapy1
  • IMRT1
  • Internal mammary nodal region1
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  • Research Article

    Locoregional irradiation including internal mammary nodal region for left-sided breast cancer after breast conserving surgery: Dosimetric evaluation of 4 techniques

    Medical Dosimetry
    Vol. 44Issue 4e13–e18Published online: October 24, 2018
    • Yingjie Xu
    • Jingbo Wang
    • Zhihui Hu
    • Yuan Tian
    • Pan Ma
    • Shuai Li
    • and others
    Cited in Scopus: 13
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      The present study aimed to compare 4 techniques in the planning of locoregional irradiation including internal mammary nodal region for left-sided breast cancer. Ten patients with left-sided breast cancer undergoing breast conservation surgery were enrolled. For each patient, 4 treatment plans were performed: a helical tomotherapy (HT) plan, a volumetric modulated arc therapy (VMAT) plan, a static intensity modulated radiation therapy (IMRT) plan, and a hybrid IMRT plan, designed to encompass the whole breast, internal mammary, and supraclavicular nodal regions.
      Locoregional irradiation including internal mammary nodal region for left-sided breast cancer after breast conserving surgery: Dosimetric evaluation of 4 techniques
    • Research Article

      A fixed-jaw method to protect critical organs during intensity-modulated radiotherapy

      Medical Dosimetry
      Vol. 39Issue 4p325–329Published online: July 30, 2014
      • Jiayun Chen
      • Xinyuan Chen
      • Manni Huang
      • Jianrong Dai
      Cited in Scopus: 10
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        Intensity-modulated radiotherapy (IMRT) plays an important role in cancer radiotherapy. For some patients being treated with IMRT, the extremely low tolerances of critical organs (such as lens, ovaries, and testicles) cannot be met during treatment planning. The aim of this article is to introduce a new planning method to overcome that problem. In current planning practice, jaw positions are automatically set to cover all target volumes by the planning system (e.g., Pinnacle3 system). Because of such settings, critical organs may be fully blocked by the multileaf collimator (MLC), but they still sit in the field that is shaped by collimator jaws.
        A fixed-jaw method to protect critical organs during intensity-modulated radiotherapy
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