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阻塞性睡眠呼吸暂停综合征的睡眠结构改变
引用本文:王广发,何冰,迟春花.阻塞性睡眠呼吸暂停综合征的睡眠结构改变[J].中华结核和呼吸杂志,1998,21(8):477-479.
作者姓名:王广发  何冰  迟春花
作者单位:北京医科大学第一医院呼吸内科
摘    要:目的研究阻塞性睡眠呼吸暂停综合征(OSAS)病情严重程度及持续气道内正压(CPAP)治疗对睡眠结构的影响。方法通过分析多导睡眠图,分析了31例非OSAS者和147例OSAS患者的睡眠结构及CPAP治疗对11例OSAS患者睡眠结构的影响。结果与对照组相比OSAS组的睡眠结构存在如下异常:(1)睡眠期转换次数(OSAS组:120±71,对照组:92±60,P=0.0106)、快波睡眠次数(OSAS组:88±54,对照组:65±45,P=0.0075)、醒觉次数(OSAS组:27±28,对照组:19±18,P=0.017)差异有显著性;(2)慢波睡眠次数(OSAS组:5±9,对照组:8±8,P=0.0035)、占总睡眠时间的比例(OSAS组:5%±8%,对照组:8%±9%,P=0.0062)及慢波睡眠的缺乏率(OSAS组:48%,对照组:26%,P<0.05)亦明显不同;(3)睡眠呼吸紊乱指数低于25的OSAS者与对照组比较睡眠各参数相差不大;(4)CPAP治疗能使上述参数得到不同程度的改善。结论OSAS主要引起睡眠的破碎、深睡减少及浅睡增加,且与病情的严重程度有一定关系。CPAP治疗能够改善这些紊乱。

关 键 词:睡眠无呼吸综合征  多导睡眠图  呼吸.人工

Severity of obstructive sleep apnea syndrome relates to sleep architecture changes
G Wang,B He,C Chi.Severity of obstructive sleep apnea syndrome relates to sleep architecture changes[J].Chinese Journal of Tuberculosis and Respiratory Diseases,1998,21(8):477-479.
Authors:G Wang  B He  C Chi
Institution:Dept of Pulmonary Medicine, 1st Affiliated Hospital, Beijing Medical University, Beijing 100034.
Abstract:OBJECTIVE: To explore how obstructive sleep apnea syndrome (OSAS) affects sleep architecture and if OSAS severity and treatment relate to it. METHOD: A computer-assistant diagnostic system was used for polysomnography(PSG) recording. Respiratory events were scored automatically and corrected manually. Sleep was scored manually according to the standard set by Rechtschaffen. 31 controls and 147 OSAS patients(RDI > or = 5) were defined by PSG. 11 OSAS patients(RDI = 62.5 +/- 20.8) accepted nCPAP therapy. PSG were recorded both before and during nCPAP treatment. RESULT: (1) Compared with controls, OSAS group had increased sleep shift number (120 +/- 71 vs 92 +/- 60, P = 0.0106); (2) The number of slow wave sleep(SWS) (5 +/- 9 vs 8 +/- 8, P = 0.0035) and the ratio of total SWS time over total sleep time(TST) (5% +/- 8% vs 8% +/- 9%, P = 0.0062), were decreased and the rate of SWS deprivation(48% vs 26%, P < 0.05) were increased greatly in OSAS patients; (3) REM were less affected by OSAS than SWS because the ratio of its total time over TST, its onset number and deprivation rate had no significant difference between the two groups; (4) OSAS group had increased number of WASO (wake after sleep onset) (27 +/- 28 vs 19 +/- 18, P = 0.017) but the ratio of total WASO time over total sleep period had no significant difference between the two groups; (5) The ratio of total RWS(rapid wave sleep) time over TST (94 +/- 10 in OSAS group vs 91 +/- 12, P = 0.0136) and total RWS number(88 +/- 54 in OSAS group vs 65 +/- 45, P = 0.0075) were increased in OSAS group; (6) The above parameters were obviously disturbed in OSAS patients with RDI > or = 25 but had almost no change in patients with RDI < 25 compared with controls. (7) nCPAP could improve the above parameters but only number of WASO(no therapy: 34 +/- 20 vs therapy: 23 +/- 22, P = 0.011), shift number (no therapy: 151 +/- 62 vs therapy: 97 +/- 50, P = 0.019) and the ratio of total RWS time over TST (no therapy: 115 +/- 58 vs therapy: 69 +/- 34, P = 0.025) had statistical significance. CONCLUSION: OSAS severity relates to sleep architecture changes. Those had RDI < 25 had no change compared with control group. Sleep architecture changes could be improved by effective nCPAP therapy.
Keywords:Sleep apnea syndrome    Polysomnography    Respiration  artificial  
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