The generated knowledge will serve as input variables for biomedical modeling and simulation.
产生的知识将充当生物医学建模和模拟的输入变量。
First author and postdoctoral fellow Yen-Chih Huang, Ph. D., of the U-M Division of Biomedical Engineering, led the creation of the modeling system.
u - M生物医学工程部门的该项研究的第一作者，从事博士后研究的Yen -ChihHuang博士负责该模型系统的创建。
Xu expects that the physics-based 4-d VIP-Man will eventually be used as an even more general anatomical modeling tool for the biomedical community to help patients with respiratory diseases.
Xu预测，基于物理学的4 - D VIP - Man将最终在生物医学领域更广泛地用做解剖模型，帮助治疗有呼吸道疾病和心脏病的患者。
Xu expects that the physics-based 4-d VIP-Man will eventually be used as an even more general anatomical modeling tool for the biomedical community to help patients with respiratory diseases.
Xu预测，基于物理学的4 - D VIP - Man将最终在生物医学领域更广泛地用做解剖模型，帮助治疗有呼吸道疾病和心脏病的患者。
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