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Integration of macro circulation and micro hemodynamics in the human body for physiological diagnosis and simulation

机译:人体中宏观循环和微观血液动力学的集成,用于生理诊断和模拟

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The purpose of this study is to describe a method of how physiological simulation and diagnosis for the cardiovascular system can be achieved in clinical use. The circulatory system model aims to represent various changes or diseases based on experimental measurements. In respect with some designed levels, the circulatory system could be modeled into a target granularity of sizes, resolutions, or timescales. The macro model contains a wide range of physiological information for various subsystems within the whole body, but it is impossible to be detailed into small time units for time-dependent variables. Whereas, the micro model enables to analyze microscopic behavior only for a single subsystem, because the extrafunctions of the whole body are omitted. Therefore, the proposed physiological simulation method integrates macro circulatory and micro cardiovascular system models, so that long-term macroscopic body conditions and short-term microscopic blood flow could be concurrently simulated.
机译:本研究的目的是描述在临床用途中可以实现心血管系统的生理模拟和诊断的方法。循环系统模型旨在代表基于实验测量的各种变化或疾病。在一些设计的水平方面,循环系统可以建模成尺寸,分辨率或时间尺度的目标粒度。宏模型包含整个身体内各个子系统的广泛的生理信息,但是不可能详细纳入时间依赖变量的小时间单位。然而,微型模型可以仅用于分析单个子系统的微观行为,因为省略了整个身体的外障碍。因此,所提出的生理仿真方法集成了宏循环和微型心血管系统模型,使得可以同时模拟长期宏观体状况和短期显微血流。

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