Benchmark of the Monte Carlo code PENHAN for the simulation of low energy proton microdosimetric spectra using 3D-cylindrical silicon detectors [0.03%]
基于三维圆柱型硅探测器的低能质子微剂量学光谱模拟的MC代码PENHAN基准测试
D Puerta,C Riera-Llobet,M Anguiano et al.
D Puerta et al.
Purpose: The performance of the Monte Carlo code PENHAN is benchmarked for the simulation of the microdosimetric spectra of low-energy protons (≤ 14 MeV) using 3D-cylindrical silicon detectors. ...
Facilitating the mid-ventilation SABR lung technique with deformable image registration: retrospective study into contour accuracy [0.03%]
自适应影像配准促进SABR肺部技术中期通气轮廓精度的回顾性研究
Johnson Yuen,Kendell Shields-Dowton,Joel Poder et al.
Johnson Yuen et al.
Purpose: The primary aim was to evaluate the accuracy of the generated Mid-Ventilation (MidV) Gross Tumour Volume (GTV) and Planning Target Volume (PTV) using three Deformable Image Registration (DIR) algorithms (Eclipse ...
Radiation dose reduction in computed tomography perfusion of acute ischemic stroke patients using a denoising autoencoder [0.03%]
使用去噪自动编码器减少急性缺血性卒中患者CT灌注扫描的辐射剂量
Pattarawut Charatpangoon,Pauline Delannoy,Fernando Vega et al.
Pattarawut Charatpangoon et al.
Background: Ischemic stroke results from the occlusion of a cerebral artery and is a leading cause of mortality and disability worldwide. Multimodal computed tomography (CT), including CT perfusion (CTP) and CT angiograph...
Bias and precision analysis in curve fitting for hyperthyroidism clinical dosimetry [0.03%]
甲状腺功能亢进症临床剂量学中曲线拟合的偏倚和精度分析
Pavel Karhan,Jaroslav Ptáček
Pavel Karhan
Introduction: Optimizing uptake assessment schedules is critical for minimizing uncertainties in internal dosimetry. We performed a simulation study based on patient-specific biokinetics from iodine-131 (131I)-sodium iodi...
Artificial Intelligence for radiation protection in medical imaging and radiotherapy: A perspective from the AI Working Party of ICRP Committee 3 [0.03%]
医用放射影像和放射治疗中的辐射防护人工智能技术——国际辐射防护委员会第三工作组人工智能工作组的观点
John Damilakis,Mika Kortesniemi,Sebastien Gros et al.
John Damilakis et al.
Purpose: The increasing integration of Artificial Intelligence (AI) into clinical workflows for medical imaging and radiotherapy presents new opportunities and challenges for the radiation protection of patients, staff, a...
Active dosimeters used in interventional radiology and their response in pulsed radiation beams. Impact in clinical practice [0.03%]
介入放射学中使用的主动剂量计及其在脉冲辐射束中的响应。对临床实践的影响
Adrián Mesa González,María Martorell Ruiz,Roberto Mariano Sánchez et al.
Adrián Mesa González et al.
Aim: To investigate and quantify the influence of the pulsed nature of clinical irradiation beams on the response of a specific type of active personal dosimeter (APD), and to evaluate its impact on individual occupationa...
Optimising beam quality for chest X-ray imaging: Insights from over two decades of peer reviewed publication [0.03%]
优化胸部X射线影像的射束质量：为期20余年的同行评议出版物见解
Ms Clare Devery,Lorna Sweetman,Dervil Cody
Ms Clare Devery
Purpose: Optimisation of beam quality for chest radiography has been extensively investigated and reported on, but there are few comparisons of the reported study methods, outcomes and recommendations. This work aims to c...
Dosimetric comparison between ring_gantry and c_arm modalities for lattice radiotherapy in large-volume tumors across different anatomical sites [0.03%]
不同解剖部位大体积肿瘤格子放射治疗的环型机架和C形臂模态的剂量比较研究
Sandeep Singh,Abhay Kumar Singh,Supratik Sen et al.
Sandeep Singh et al.
Purpose: This study evaluates the feasibility, dosimetric optimization, and delivery efficiency of c_arm linac-based and TomoTherapy-based Lattice Radiotherapy (LRT) across head and neck, thoracic, and abdominal tumors. ...
Fetal dose assessment in diagnostic and interventional radiology: a systematic review and European survey on methods, tools and dose ranges [0.03%]
诊断和介入放射学中胎儿剂量评估的系统性评审及欧洲各国方法、工具和剂量范围调查
Francesca De Monte,Christelle Huet,Céline Bassinet et al.
Francesca De Monte et al.
Background: An increasing number of pregnant patients undergo radiological examinations or procedures each year, raising concerns about fetal radiation exposure. Several methods for fetal dose (FD) estimation are availabl...
Application of Recursive Convolutional Layers to a 3D U-Net for Microbeam Radiotherapy dose prediction [0.03%]
基于递归卷积层的3D U-Net在分束放射治疗剂量预测中的应用研究
Christopher White,Jack Humphreys,David Bolst et al.
Christopher White et al.
Background and aim: Microbeam Radiotherapy (MRT) is a spatially fractionated radiotherapy modality consisting of high and low dose regions called peaks and valleys. It has been demonstrated that the prohibitively long com...