耳与上气道数值研究的临床应用进展
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国家自然科学基金项目(11572079, 31500765, 11772087)


Advances in Clinical Application of Numerical Study of Ear and Upper Airway
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    摘要:

    耳与上气道是人体的门户器官,因结构精细而狭小,传统医学对其进行的非侵入性研究以及临床诊疗效果总是不尽人意。随着计算机技术的发展,数值模拟成为一种有效的辅助研究手段,能够对耳与上气道诊断与治疗进行再现和评估,是推动基础医学与临床诊疗技术发展的有力手段。回顾数值模拟方法在耳与上气道结构与功能的关系、疾病对功能的影响、临床诊疗技术评估以及相关医疗器械设计等方面的应用,并对数值研究在耳与上气道的临床应用进行展望,为耳与上气道临床诊疗研究提供参考。

    Abstract:

    Ear and upper airway are portal organs of human body. Because of their fine and narrow structure, the non-invasive research and the effect of clinical diagnosis and treatment in traditional medicine are always unsatisfactory. With the development of computer technology, numerical simulation has become an effective means of auxiliary research. Numerical simulation can reproduce or evaluate the diagnosis and treatment of ear and upper airway diseases, and it is a powerful means to promote the development of basic medicine and technology of clinical diagnosis and treatment. The application of numerical simulation in relationship between the structure and function of ear and upper airway, the influence of diseases on function, the evaluation of clinical diagnosis and treatment technology, as well as the design of related medical devices were reviewed. The clinical application of numerical research in ear and upper airway was prospected, so as to provide references for the future clinical diagnosis and treatment of ear and upper airway.

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于申,王吉喆,孙秀珍,刘迎曦.耳与上气道数值研究的临床应用进展[J].医用生物力学,2019,34(6):567-573

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  • 收稿日期:2019-01-21
  • 最后修改日期:2019-03-21
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  • 在线发布日期: 2019-12-25
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