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  1. 1181
    “…These dCTs were matched to the planning CT (pCT) using RayStation(®) Model Based Segmentation and deformable image registration. …”
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    Carbon Monoxide Diffusing Capacity (DL(CO)) Correlates with CT Morphology after Chemo-Radio-Immunotherapy for Non-Small Cell Lung Cancer Stage III
  2. 1182
    “…METHODS AND MATERIALS: In this study, 1464 inversely planned treatments using Pinnacle or Raystation treatment planning software (TPS) were delivered using Elekta Versa HD and Varian Truebeam and Truebeam STx linear accelerators between June 2018 and November 2019. …”
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    Use of Receiver Operating Curve Analysis and Machine Learning With an Independent Dose Calculation System Reduces the Number of Physical Dose Measurements Required for Patient-Specific Quality Assurance
  3. 1183
    “…Eighteen collimated uniform dose plans for cubic targets were optimized by the RayStation 9A treatment planning system (TPS), varying scan area, modulation widths, measurement depths, and collimator angles. …”
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    Validation of pencil beam scanning proton therapy with multi‐leaf collimator calculated by a commercial Monte Carlo dose engine
  4. 1184
    “…The purpose of this work is to evaluate the volumetric‐modulated arc therapy (VMAT) multicriteria optimization (MCO) algorithm clinically available in the RayStation treatment planning system (TPS) and its ability to reduce treatment planning time while providing high dosimetric plan quality. …”
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    Volumetric‐modulated arc therapy planning using multicriteria optimization for localized prostate cancer
  5. 1185
    “…DWA treatment plans generated from RayStation (RaySearch) treatment planning system (TPS) are simulated on voxelized (2.5 mm(3)) patient CT datasets. …”
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    Monte Carlo simulation of 6‐MV dynamic wave VMAT deliveries by Vero4DRT linear accelerator using EGSnrc moving sources
  6. 1186
    “…METHODS AND MATERIALS: A series of in silico studies was conducted via treatment plan optimization in FRoG and the RayStation TPS to compare SHArc therapy against reference plans using conventional techniques with single, parallel-opposed, and 3-field configurations for 3 clinical particle beams (protons [p], helium [(4)He], and carbon [(12)C] ions). …”
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    Spot-Scanning Hadron Arc (SHArc) Therapy: A Study With Light and Heavy Ions
  7. 1187
    “…METHODS: Intensity-modulated proton plans for TMI were created using the Monte Carlo dose-calculation algorithm in the Raystation 11A treatment planning system with spot-scanning proton beams from the MEVION S250i Hyperscan system. …”
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    Treatment planning of total marrow irradiation with intensity-modulated spot-scanning proton therapy
  8. 1188
    “…MATERIALS AND METHODS: A total of 118 clinical VMAT plans, including 28 mediastina, 25 head and neck, 40 brains intensity‐modulated radiosurgery, and 25 prostate cases, were created in RayStation treatment planning system for Edge and TrueBeam linacs. …”
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    Using machine learning to predict gamma passing rate in volumetric‐modulated arc therapy treatment plans
  9. 1189
    “…METHODS: Ten patients with total of 40 volumetric modulated arc therapy (VMAT) plans were created in Raystation (V.8A) treatment planning system (TPS) for the Varian Edge Linac using 6 and 10 flattening filter‐free (FFF) beams and planned dose grids of 1 mm and 2 mm resulting in four plans with 6–10 targets per patient. …”
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    Evaluation of parameters affecting gamma passing rate in patient‐specific QAs for multiple brain lesions IMRS treatments using ray‐station treatment planning system
  10. 1190
    “…METHODS AND MATERIALS: The organ at risk (OAR) contours generated by five commercial AI auto-segmentation solutions (Mirada (Mir), MVision (MV), Radformation (Rad), RayStation (Ray) and TheraPanacea (Ther)) were compared to manually-drawn expert contours from 20 breast, 20 head and neck, 20 lung and 20 prostate patients. …”
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    A clinical evaluation of the performance of five commercial artificial intelligence contouring systems for radiotherapy
  11. 1191
    “…The re‐plan treatments were designed using 3‐arc VMAT in Raystation (RaySearch Laboratories, Sweden). The planner was then given the results from the PlanIQ Feasibility DVH analysis and developed an additional plan incorporating this information using 4‐arc VMAT (IQ plan). …”
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    Assessment of PlanIQ Feasibility DVH for head and neck treatment planning
  12. 1192
    “…MATERIALS AND METHODS: Existing proton and photon plans for 11 adult patients with STS of the lower extremities previously treated preoperatively with neoadjuvant RT at our center were used to create proton therapy plans using Raystation Treatment Planning System v10.A. Volumes were delineated, and doses reported consistent with International Commission on Radiation Units and Measurements reports 50, 62, and 78. …”
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    Comparing Ultra-hypofractionated Proton versus Photon Therapy in Extremity Soft Tissue Sarcoma
  13. 1193
    “…This planning approach was applied in four simulated cases with comparison to the plan according to RTOG 0848 contouring consensus guidelines. Raystation v4.5.1.14 was used for analyzing high throughput physics data. …”
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    Pancreatic cancer adjuvant radiotherapy target volume design: based on the postoperative local recurrence spatial location
  14. 1194
    “…METHODS: The algorithm was implemented in a research version of RayStation (v. 11B-DTK, RaySearch, Stockholm, Sweden). …”
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    Evaluation of a novel CBCT conversion method implemented in a treatment planning system
  15. 1195
    “…The GTV on the APCE 3D CT image was deformably registered to each 4D CT phase image according to liver shape using RayStation(TM) 3.99.0.7 version treatment planning system. …”
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    Feasibility and potential benefits of defining the internal gross tumor volume of hepatocellular carcinoma using contrast-enhanced 4D CT images obtained by deformable registration
  16. 1196
    “…CDR-VMAT, VDR-VMAT and mutlicriteria optimization (MCO) VMAT plans were generated for each patient on RayStation treatment planning system with identical objective functions and the dosimetric differences among these three planning schemes were evaluated and compared. …”
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    Feasibility of constant dose rate VMAT in the treatment of nasopharyngeal cancer patients
  17. 1197
    “…Per patient, novice planners with less experience in dosimetry planning created an IMRT plan using an MCO system (RayStation). Furthermore, a conventionally planned clinical IMRT plan was available (Pinnacle(3)). …”
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    Multicriteria optimization enables less experienced planners to efficiently produce high quality treatment plans in head and neck cancer radiotherapy
  18. 1198
    “…A preclinical version of RayStation v4.6 (RaySearch Laboratories, Sweden) was used to create patient specific wave arc trajectories for 31 patients with various anatomical tumor regions (prostate, oligometatstatic cases, centrally-located non-small cell lung cancer (NSCLC) and locally advanced pancreatic cancer-LAPC). …”
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    Initial characterization, dosimetric benchmark and performance validation of Dynamic Wave Arc
  19. 1199
    “…METHODS: Three radiation oncology departments compared 5 different ATPS: 1) Automatic Interactive Optimizer (AIO) in combination with RapidArc (in-house developed and Varian Medical Systems); 2) Auto-Planning (AP) (Philips Radiation Oncology Systems); 3) RapidPlan version 13.6 (RP1) with HNC model from University Hospital A (Varian Medical Systems, Palo Alto, USA); 4) RapidPlan version 13.7 (RP2) combined with scripting for automated setup of fields with HNC model from University Hospital B; 5) Raystation multicriteria optimization algorithm version 5 (RS) (Laboratories AB, Stockholm, Sweden). …”
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    Planning comparison of five automated treatment planning solutions for locally advanced head and neck cancer
  20. 1200
    “…Treatment plans were created for both a C-shaped phantom and five prostate cancer patients using seven CCR trajectories that lacked collisions; we used RayStation software (ver. 4.7) to this end. Subsequently, verification plans were generated. …”
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    Quality assurance of non-coplanar, volumetric-modulated arc therapy employing a C-arm linear accelerator, featuring continuous patient couch rotation
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