Conclusion The results were consistent of velopharyngeal functional examination using CT and NPF.
结论说明应用CT和鼻咽纤维镜这两种方法对腭咽闭合功能检测的结果是一致的.
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The Research of NPF Data Acquisition Technology on Windows Platform
基于Windowns环境下的NPF数据捕获技术的研究
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When the true model error is need to be estimated, NPF is the only choice.
当需要估计真实模型误差时，只能用NPF。
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Methods Obturator was made based on the size of the velopharyngeal aperture determined with NPF.
方法腭咽闭合不全患者通过鼻咽镜检查，根据腭咽孔大小、形状制作腭咽阻塞器。
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Objective To compare MRI with NPF in the evaluation of velopharyngeal function of normal phonation.
目的比较MRI和NPF两种方法对腭咽闭合功能的评价。
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48h with various concentrations of SIM can not inhibit the growth of NPF.
作用48h各种浓度SIM均不能抑制人NPF生长。
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目的比较CT和鼻咽纤维镜两种方法对正常发音者腭咽闭合功能的检测。
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方法应用CT和鼻咽纤维镜分别对10例正常发音者的腭咽闭合类型和腭咽闭合不全比率进行检测并比较。
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