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Impact of the Planning CT Scan Time on the Reflection of the Lung Tumor Motion
Su Ssan Kim, Sung Whan Ha, Eun Kyung Choi, Byong Yong Yi
Radiation Oncology Journal. 2004;22(1):55-63.

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The impact of tumor motion upon CT image integrity and target delineation
Medical Physics. 2004;31(12):3378-3392   Crossref logo
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239 The impact of lung tumor motion during CT image acquisition upon target delineation
Radiotherapy and Oncology. 2005;76:S114   Crossref logo
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EP-1222 “SLOW” CT SCAN FOR INCORPORATING LUNG TUMOR MOBILITY IN RADIOTHERAPY PLANNING IN EARLY STAGE LUNG CANCER
Radiotherapy and Oncology. 2012;103:S469   Crossref logo
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Impact of 4D CT Planning for Lung Cancer on Tumor Control Probability as a Function of the Extent of Tumor Motion With Respiration
International Journal of Radiation Oncology*Biology*Physics. 2007;69(3):S496   Crossref logo
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SU-FF-T-300: Investigation of Respiratory Motion Effect On Lung Tumor Radiotherapy Using 4D Monte Carlo Treatment Planning and 4D CT
Medical Physics. 2006;33(6Part11):2115-2115   Crossref logo
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4D CT Planning Improves Tumor Control Probability (TCP) When Compared with Helical CT Scan in 3D Conformal Radiation Therapy (CRT) in Lung Cancer
International Journal of Radiation Oncology*Biology*Physics. 2005;63:S398   Crossref logo
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Helical scan CT (HS-CT) for detection of peripheral pulmonary nodules (PPN)
Lung Cancer. 1991;7:64   Crossref logo
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Reconstruction of a time-averaged midposition CT scan for radiotherapy planning of lung cancer patients using deformable registrationa)
Medical Physics. 2008;35(9):3998-4011   Crossref logo
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TU-FF-A3-05: Real-Time Lung Tumor Motion Prediction Using Neural Network Based Models Constructed From Unsorted Cine CT Images
Medical Physics. 2007;34(6Part19):2573-2573   Crossref logo
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Real-Time Tumor Motion Tracking in 3D Using Planning 4D CT Images during Image-Guided Radiation Therapy
Algorithms. 2018;11(10):155   Crossref logo
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