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  1. 1981
    “…Their plan robustness was evaluated based on measured volume/dose difference between nominal and worst scenarios (ΔV/ΔD) for each CTV and OARs parameter, with a smaller difference representing greater robustness. …”
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    Comparative Study of Plan Robustness for Breast Radiotherapy: Volumetric Modulated Arc Therapy Plans with Robust Optimization versus Manual Flash Approach
  2. 1982
    “…PURPOSE: Tomotherapy for intensity-modulated radiation has been demonstrated to reduce unnecessary irradiations to adjacent organs at risk (OARs). The purpose of this study was to compare the dosimetric parameters between Tomotherapy and three-dimensional conformal radiotherapy (3D-CRT) in rectal cancer patients. …”
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    A comparison of dosimetric parameters between tomotherapy and three-dimensional conformal radiotherapy in rectal cancer
  3. 1983
    “…SIB schemes are dosimetrically more advantageous than SEQ in breast target volume and OARs for equal prescribed BEDs for breast and boost.…”
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    Comparison of breast sequential and simultaneous integrated boost using the biologically effective dose volume histogram (BEDVH)
  4. 1984
    “…Target coverage and sparing of organs at risk (OARs) were compared across techniques. PTV coverage was almost identical for all approaches. …”
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    A treatment-planning comparison of three beam arrangement strategies for stereotactic body radiation therapy for centrally located lung tumors using volumetric-modulated arc therapy
  5. 1985
    “…In this process, the potential seeds are evaluated according to their ability to irradiate target while spare organs at risk (OARs), and their impact on dosimetric homogeneity within target volume. …”
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    A novel greedy heuristic‐based approach to intraoperative planning for permanent prostate brachytherapy
  6. 1986
    “…PURPOSE: Intra-fractional organs at risk (OARs) deformations can lead to dose variation during image-guided adaptive brachytherapy (IGABT). …”
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    Artificial neural network based gynaecological image-guided adaptive brachytherapy treatment planning correction of intra-fractional organs at risk dose variation
  7. 1987
    “…MRgRT offers the possibility to accurately identify radiotherapy volumes, thanks to the high soft-tissue contrast provided by the Magnetic Resonance imaging (MRI), and to monitor the tumour and OARs positions during the treatment fraction using a high-temporal cine MRI. …”
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    Online adaptive magnetic resonance guided radiotherapy for pancreatic cancer: state of the art, pearls and pitfalls
  8. 1988
    “…This study quantified changes in dose distribution to the target and OARs when beamlet restriction is applied to cervical esophageal cancer treatment plan using HT by systematically shifting a phantom. …”
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    Impact of treatment planning using a structure block function on the target and organ doses related to patient movement in cervical esophageal cancer: A phantom study
  9. 1989
    “…The accuracies of the drawn contours of organs at risk (OARs) were compared based on the stitched ultrasonic images and CBCT. …”
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    Stepwise local stitching ultrasound image algorithms based on adaptive iterative threshold Harris corner features
  10. 1990
    “…CONCLUSIONS: Techniques using tangential fields arrangements produced improved OARs dosimetry. Of all the treatment planning techniques employed in this study, Ecomp was found to be relatively easy to plan and produce acceptable dosimetry for WBRT in a short time.…”
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    Dosimetric comparative study of 3DCRT, IMRT, VMAT, Ecomp, and Hybrid techniques for breast radiation therapy
  11. 1991
    “…The other aerodigestive tract OARs showed only moderate agreement (DSC 0.53–0.65, HD95 around 9 mm). …”
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    External validation of deep learning-based contouring of head and neck organs at risk
  12. 1992
    por Zhao, Wanlu, Zhang, Desheng, Mao, Xinjian
    Publicado 2022
    “…The accuracy of automatic segmentation of organs at risk (OARs) in radiotherapy for nasopharyngeal carcinoma was investigated. …”
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    Application of Artificial Intelligence in Radiotherapy of Nasopharyngeal Carcinoma with Magnetic Resonance Imaging
  13. 1993
    “…For the organs at risk (OARs) except spinal cord, the dose parameters of APs were superior to that of MPs. …”
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    Evaluation of auto-planning in VMAT for locally advanced nasopharyngeal carcinoma
  14. 1994
    “…Dosimetric parameter values for OARs were well within tolerance for both groups. …”
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    Dosimetric Comparison of Ultra-Hypofractionated and Conventionally Fractionated Radiation Therapy Boosts for Patients with High-Risk Prostate Cancer
  15. 1995
    “…Endpoints included dosimetric outcomes to the organs at risk (OARs), local regional control (LRC), progression-free survival (PFS), and overall survival (OS). …”
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    Dosimetric Results for Adjuvant Proton Radiation Therapy of HPV-Associated Oropharynx Cancer
  16. 1996
    “…Combined with the clinical results, our findings suggest that TOMO can make malignant glioma patients close to OARs achieve better disease control.…”
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    To Optimize Radiotherapeutic Plans for Superior Tumor Coverage Predicts Malignant Glioma Prognosis and Normal Tissue Complication Probability
  17. 1997
    “…Dose distribution in the target volume, the monitor units (MUs) required, and the dose delivered to organs at risk (OARs) were compared for these techniques using the paired-sample t-test. …”
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    Assessment of Field-in-Field, 3-Field, and 4-Field Treatment Planning Methods for Radiotherapy of Gastro-Esophageal Junction Cancer
  18. 1998
    por Karaca, Sibel
    Publicado 2022
    “…Among the parameters are dose values for PTV and OARs beam contribute ratios, the value of monitors, and treatment times for different RT techniques. …”
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    The use of Hybrid Techniques in Whole-Breast Radiotherapy: A Systematic Review
  19. 1999
    “…The dosimetric characteristics of the PTV and OARs, and delivery efficiency were compared between the two different patient positions. …”
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    Planning study: prone versus supine position for stereotactic body radiotherapy in prostate by CyberKnife
  20. 2000
    “…The model had a DSCs value above 0.9 for most isodose volumes, and global 3D gamma passing rates varying from 0.81 to 0.90 for PTV and OARs, clearly outperforming 3D U‐Res‐Net_O and being slightly superior to 3D U‐Net. …”
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    A method of using deep learning to predict three‐dimensional dose distributions for intensity‐modulated radiotherapy of rectal cancer
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