VR心血管血液模拟作为未来网络医院的决策支持

Mark Ian Holland, S. Pop, N. John
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引用次数: 5

摘要

急性心脏事件会限制主要器官的血液供应,对介入心脏病专家来说,规划治疗尤其困难。当血液恢复流动时,诸如血管狭窄等疾病的治疗可能会产生许多不可预见的后果。他们的决定很大程度上是基于二维医学图像和他们自己的经验。这项正在进行的工作提出了一种虚拟现实血液模拟工具,它将增强和改进临床医生的决策库,并概述了未来网络医院这一组成部分所需的技术。该工具显示并提供与治疗后血液如何继续流经心血管系统的重要信息的交互。血液流动将使用越来越有效的光滑粒子流体动力学模型的定制实现来模拟。
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VR Cardiovascular Blood Simulation as Decision Support for the Future Cyber Hospital
Planning treatment of acute cardiac events that limit the blood supply to major organs is particularly difficult for interventional cardiologists. The treatment of pathologies, such as vascular stenosis, can have numerous unforeseen consequences as the blood resumes its flow. Their decisions are largely based on 2D medical imagery and their own experience. This work in progress presents a virtual reality blood simulation tool that will augment and improve a clinicians decision-making arsenal, and an outline of the technologies required for this component of the cyber hospital of the future. The tool displays and provides interaction with vital information on how blood may continue to flow through the cardiovascular system after treatment. The blood flow will be simulated using a bespoke implementation of the increasingly effective smoothed particle hydrodynamics model.
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