Radiation therapy is the clinical use of ionizing radiation as part of a comprehensive cancer treatment to eradicate malignant/cancerous cells. It works by damaging the DNA of cancerous cells, which is the primary cause of cell death. Normal cells are also damaged by ionizing radiation; however...
MR‐only treatment planningradiotherapyPurposeTo develop and evaluate the feasibility of deep learning approaches for MR‐based treatment planning (deepMTP) in brain tumor radiation therapy.doi:10.1002/acm2.12554Liu, FangYadav, PoonamBaschnagel, Andrew M....
The radiation therapy simulator has been an integral component of the treatment planning process for over 30 years. Conventional simulators are a combinati... S Louis 被引量: 201发表: 0年 An exact approach to direct aperture optimization in IMRT treatment planning We consider the problem of inten...
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Treatment Planning for Radiation Therapy.Treatment Planning for Radiation Therapy.doi:10.1016/j.cpet.2017.08.005CTscanningChemotherapyLungcancerPETRadiationtherapySurgeryPET scanning plays key roles in planning the management of patients with lung cancer who are candidates for curative-intent treatment with ra...
2.2. Patient-based treatment planning Nuclear medicine therapy is unique in the sense that drug pharmacokinetics and, as a consequence, radiation absorbed doses or related parameters such as the biologically effective dose (BED) can be estimated for an individual patient. This is possible based on...
However, with recent technical advancements in highly conformal treatment planning, image-guided radiotherapy, and delivery technologies, it has become possible to safely deliver very large fractional doses of radiation to lesions in the lung, liver, spine, pancreas, and other disease sites. SBRT ...
We apply the recently proposed superiorization methodology (SM) to the inverse planning problem in radiation therapy. The inverse planning problem is represented here as a constrained minimization problem of the total variation (TV) of the intensity vector over a large system of linear two-sided in...
A System for Continual Quality Improvement of Normal Tissue Delineation for Radiation Therapy Treatment Planning PURPOSE: To implement the "plan-do-check-act" (PDCA) cycle for the continual quality improvement of normal tissue contours used for radiation therapy treat... J Breunig,S Hernandez,J ...
放射治疗计划系统 Radiation Therapy Treatment Planning System 管理类别 3 型号规格 TiGRT TPS 结构及组成 放射治疗计划系统由放射治疗计划系统软件组成。版本号:V1.0。 适用范围 放射治疗计划系统适用于肿瘤临床中病人接受外部的光束照射时制定射线剂量计划。该产品用于设计放射治疗计划,可与加速器配合使用,也可以与其他...