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[关于阻塞性睡眠呼吸暂停综合征上气道特征的研究]

[The study about the characteristics of upper airway in obstructive sleep apnea syndrome].

作者信息

Ye J, Han D, Zhang Y, Wang J, Yang Q, Lin Y

机构信息

Department of Otorhinolaryngology and Head Neck Surgery, Affiliated Beijing Tongren Hospiatal, Capital University of Medical Sciences, Beijing 100730, China.

出版信息

Zhonghua Er Bi Yan Hou Ke Za Zhi. 2000 Aug;35(4):278-81.

PMID:12768705
Abstract

OBJECTIVE

To investigate the upper airway (UA) characteristics of the patient's with obstructive sleep apnea syndrome (OSAS) and analyses the value of computer assisting fiberoptic pharyngoscopy with müller's maneuver (CFPMM) in topodiagnosis of OSAS.

METHODS

The pharyngxes of 30 cases with OSAS and 30 controls were examined by CFPMM. The cross-section area at velo- and tongue-pharyngeal, pharyngeal collapsibility, sites of UA obstructive and their anatomical factors were measured and calculated and the correlation between the anatomical abnormalities of UA and outcomes of polysomnography (PSG) were analysed.

RESULTS

  1. CFPMM can accurately measure and calculate the cross-section area of the upper airway. 2. mean areas of velopharyngeal and tongue-pharyngeal were significantly less than those in control subjects (all P < 0.05). OSAS patient's also showed relatively much larger collapsibility at sach site of the UA than controls. 3. At müller's maneuver, all the areas of OSAS patient's were below 40 mm2 and 60% cases appeared complete occlusion in pharyngeal. 4. All patient's had obstruction at velopharymx and airway collapses at multiple sites in 40% of cases. 5. At velopharyngeal the anatomical factors causing obstruction mainly were posterior displacement of soft palate, thicken and collapse of the pharyngeal wall. Besides the redundant lymph tissue at tongue base and posterior displacement of the tongue base, enlarged inferior pole of tonsil and collapse of pharyngeal wall played an important role at tongue-pharyngeal obstruction. 6. Diminished pharyngeal apertures and collapsibility were associated with increased rates of apnea and hypopnea index (P < 0.05).

CONCLUSION

  1. CFPMM is able to measure and calculate UA's cross-section area and collapsibility, determine the site of obstruction, and helping the treatment. 2. Complete occlusion of UA at müller's maneuver is the criterion to determine site of UA obstruction in OSAS patient's during waking hours. 3. The anatomical abnormalities of UA of patients is reflects the severity of the OSAS.
摘要

目的

探讨阻塞性睡眠呼吸暂停低通气综合征(OSAS)患者的上气道(UA)特征,分析计算机辅助纤维喉镜Müller试验(CFPMM)在OSAS定位诊断中的价值。

方法

对30例OSAS患者及30例对照者行CFPMM检查,测量并计算腭咽和舌咽截面积、咽腔可塌陷性、UA阻塞部位及其解剖学因素,分析UA解剖学异常与多导睡眠图(PSG)结果的相关性。

结果

  1. CFPMM能准确测量和计算上气道截面积。2. 腭咽和舌咽平均截面积显著小于对照组(均P<0.05)。OSAS患者UA各部位的可塌陷性也明显大于对照组。3. 在Müller试验时,OSAS患者所有部位截面积均低于40mm²,60%的患者咽部出现完全阻塞。4. 所有患者均存在腭咽阻塞,40%的患者气道多部位塌陷。5. 在腭咽部,引起阻塞的解剖学因素主要是软腭后移、咽壁增厚及塌陷。在舌咽部阻塞中,除舌根淋巴组织增生及舌根后移外,扁桃体下极增大及咽壁塌陷起重要作用。6. 咽部孔径减小及可塌陷性增加与呼吸暂停低通气指数升高相关(P<0.05)。

结论

  1. CFPMM能测量和计算UA截面积及可塌陷性,确定阻塞部位,有助于治疗。2. Müller试验时UA完全阻塞是判断清醒时OSAS患者UA阻塞部位的标准。3. 患者UA解剖学异常反映OSAS的严重程度。

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