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首页> 外文期刊>Journal of voice: official journal of the Voice Foundation >Flexible laryngoscopy: a comparison of fiber optic and distal chip technologies. Part 1: vocal fold masses.
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Flexible laryngoscopy: a comparison of fiber optic and distal chip technologies. Part 1: vocal fold masses.

机译:灵活的喉镜检查:光纤和远端芯片技术的比较。第1部分:声带肿块。

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摘要

This study was designed to evaluate the usefulness of fiber optic (FO) and distal chip (DC) flexible imaging platforms in the diagnosis of true vocal fold pathology when compared to the gold standard rigid transoral laryngeal telescopic examination. The recorded strobovideolaryngoscopic examinations of 34 consecutive patients were evaluated retrospectively by five raters. All stroboscopy segments were evaluated by two laryngologists, an otolaryngologist, a laryngology fellow, and an otolaryngology resident. Seventeen patients were examined with a high-quality, large-diameter, FO flexible laryngoscope (FO group) and 17 random patients were examined with a DC flexible laryngoscope (DC group). Each patient was also examined using rigid laryngeal videostroboscopy at the same sitting. Examinations of three patients from each group were presented twice to monitor internal consistency. Diagnoses of intrinsic vocal fold pathology made with the flexible laryngoscopes were compared for accuracy to the diagnoses provided using the rigid laryngeal telescope. The ability to make clinical diagnoses via stroboscopy was statistically equivalent with FO technology and DC technology. Rigid examination provided more information than the flexible examination in 27% of the FO examinations and in 32% of the DC examinations. DC technology did not add diagnostic information to the examination when compared to a high-quality, large-diameter, FO endoscope. Rigid endoscopy provides superior images of the true vocal folds and is necessary for precise diagnosis in patients with true vocal fold pathology. Thus, the most cost-effective means of evaluation of voice disorders remains FO flexible endoscopy for dynamic voice assessment and the neurolaryngologic examination followed by rigid stroboscopy for evaluation of the vocal fold edge and mucosal wave. Strobovideolaryngoscopy using high-quality FO or DC flexible equipment should be reserved for patients who cannot tolerate transoral rigid examination, such as children and those with a very strong gag reflex.
机译:这项研究旨在评估与金标准硬性经口喉镜伸缩检查相比,光纤(FO)和远侧芯片(DC)柔性成像平台在诊断真实声带病理学方面的实用性。由五位评估者回顾性评估了34例连续患者的频发性阴道镜检查。所有的频闪检查部分均由两名喉科医生,一名耳鼻喉科医生,一名喉科医师和一名耳鼻喉科住院医师进行评估。 17例患者接受了高质量的大直径FO挠性喉镜检查(FO组),而17例随机患者接受了DC挠性喉镜检查(DC组)。每位患者在同一坐位也使用硬性喉镜进行了检查。每组对三名患者进行了两次检查,以监测其内部一致性。将使用挠性喉镜进行的固有声带病理学诊断与使用硬性喉镜进行的诊断的准确性进行了比较。通过频闪法进行临床诊断的能力在统计学上与FO技术和DC技术相当。在27%的FO检查和32%的DC检查中,与灵活检查相比,刚性检查提供的信息更多。与高质量,大直径的FO内窥镜相比,DC技术并未在检查中添加诊断信息。刚性内窥镜检查可以提供真实的声带的卓越图像,对于具有真实声带病理的患者进行精确诊断是必要的。因此,评估语音障碍的最经济有效的方法仍然是FO柔性内窥镜,用于动态语音评估和神经喉科检查,其次是刚性频闪法,用于评估声带边缘和粘膜波。对于那些不能忍受经口刚性检查的患者(例如儿童和反射力非常强的患者),应保留使用高质量FO或DC柔性设备的频闪喉镜检查。

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