睡眠呼吸暂停,阻塞性%高血压
睡眠呼吸暫停,阻塞性%高血壓
수면호흡잠정,조새성%고혈압
Sleep apnea,obstructive%Hypertension
目的 了解阻塞性睡眠呼吸暂停低通气综合征(obstructive sleep apnea-hypopnea syndrome,OSAHS)患者高血压发病情况及其程度,分析OSAHS对高血压患者血压昼夜节律的影响,从夜间低氧血症和睡眠结构方面探讨高血压发生的危险因素.方法 采用多导睡眠监测仪对77例OSAHS患者(重度33例,中度23例,轻度23例)进行夜间7 h睡眠监测和24 h动态血压监测,对睡眠相关指标及不同时段血压进行分析,并与不伴OSAHS的高血压患者(15例)和正常对照者(15例)进行比较.结果 (1)重度、中度和轻度OSAHS组体质指数(body mass index,BMI)分别为(29.1±2.8)、(25.0±2.5)和(23.2±3.0)kg/m~2,均显著高于对照组的(20.3±4.1)kg/m~2(P均<0.05);睡眠呼吸暂停低通气指数(apnea hypopnea index,AHI)分别为(56.2±14.7)、(19.1±4.4)和(11.2±4.3)次/h,显著高于对照组的(2.9±1.0)次/h(P均<0.05);氧减指数(oxygen desaturation index,ODI)分别为(62.5±20.4)、(19.6±8.8)和(24.8±22.7)次/h,显著高于对照组的(2.7±2.0)次/h((P均<0.05));微觉醒指数(microarousal index,MI)分别为(47.5±20.9)、(12.8±4.6)和(9.8±4.6)次/h,显著高于对照组的(1.3±1.1)次/h(P均<0.05);24 h平均收缩压分别为(133±14.5)、(126±6.5)和(118±9.9)mm Hg,重度和中度OSAHS组显著高于对照组的(117±9.6)mmHg(P均<0.05);24 h舒张压分别为(92.8±9.6)、(86.3±7.5)和(81.9±3.9)mm Hg,重度和中度OSAHS组显著商于对照组的(78.5±5.6)mm Hg(P均<0.05);最低血氧饱和度分别为(65.5±10.4)%、(78.5±5.1)%和(79.7±9.6)%.重度和中度OSAHS组显著低于对照组的(84.7±8.2)%(P<0.05).(2)高血压组与对照组睡前和醒后血压无显著差异,OSAHS合并高血压组醒后血压显著高于睡前[(142.0±12.4)/(110.0±10.2)mm Hg对(127.4±9.8)/(84.2±6.0)mm Hg,P<0.05];(3)OSAHS合并高血压组ODI和MI分别为(43.5±26.2)次/h和(31.6±21.2)次/h,均显著高于无高血压OSAHS组的(26.7±13.2)次/h和(27.5±20.6)次/h(P均<0.05),而且前者非快速动眼睡眠S3+4期和睡眠效率分别为(5.1±3.5)%和(62.2±15.4)%,均显著低于后者[分别为(8.8±5.2)%和(69.92±14.8)%,P分别<0.05和0.01).(4)OSAHS合并高血压组非杓型血压曲线构成比为56.1%,显著商于对照组的13.1%和单纯高血压组的16.7%(P均<0.01).(5)多变量logistic回归分析显示,校正BMI、性别和年龄因素后,ODI(OR=1.129,95%CI1.057~1.207;P=0.001)、MI(OR=0.925,95%CI0.874~0.980;P=0.008)和S3+4期时间(OR=1.087,95%CI1.034~1.142;P=0.001)与高血压发生显著相关.结论 OSAHS组收缩压和舒张压均显著高于正常对照组,且血压随OSAHS病情的加重而增高,昼夜血压节律消失,血压波动呈非杓状曲线.导致OSAHS患者合并高血压的主要危险因素为夜间低氧血症,其次为睡眠结构严重紊乱和MI增高.
目的 瞭解阻塞性睡眠呼吸暫停低通氣綜閤徵(obstructive sleep apnea-hypopnea syndrome,OSAHS)患者高血壓髮病情況及其程度,分析OSAHS對高血壓患者血壓晝夜節律的影響,從夜間低氧血癥和睡眠結構方麵探討高血壓髮生的危險因素.方法 採用多導睡眠鑑測儀對77例OSAHS患者(重度33例,中度23例,輕度23例)進行夜間7 h睡眠鑑測和24 h動態血壓鑑測,對睡眠相關指標及不同時段血壓進行分析,併與不伴OSAHS的高血壓患者(15例)和正常對照者(15例)進行比較.結果 (1)重度、中度和輕度OSAHS組體質指數(body mass index,BMI)分彆為(29.1±2.8)、(25.0±2.5)和(23.2±3.0)kg/m~2,均顯著高于對照組的(20.3±4.1)kg/m~2(P均<0.05);睡眠呼吸暫停低通氣指數(apnea hypopnea index,AHI)分彆為(56.2±14.7)、(19.1±4.4)和(11.2±4.3)次/h,顯著高于對照組的(2.9±1.0)次/h(P均<0.05);氧減指數(oxygen desaturation index,ODI)分彆為(62.5±20.4)、(19.6±8.8)和(24.8±22.7)次/h,顯著高于對照組的(2.7±2.0)次/h((P均<0.05));微覺醒指數(microarousal index,MI)分彆為(47.5±20.9)、(12.8±4.6)和(9.8±4.6)次/h,顯著高于對照組的(1.3±1.1)次/h(P均<0.05);24 h平均收縮壓分彆為(133±14.5)、(126±6.5)和(118±9.9)mm Hg,重度和中度OSAHS組顯著高于對照組的(117±9.6)mmHg(P均<0.05);24 h舒張壓分彆為(92.8±9.6)、(86.3±7.5)和(81.9±3.9)mm Hg,重度和中度OSAHS組顯著商于對照組的(78.5±5.6)mm Hg(P均<0.05);最低血氧飽和度分彆為(65.5±10.4)%、(78.5±5.1)%和(79.7±9.6)%.重度和中度OSAHS組顯著低于對照組的(84.7±8.2)%(P<0.05).(2)高血壓組與對照組睡前和醒後血壓無顯著差異,OSAHS閤併高血壓組醒後血壓顯著高于睡前[(142.0±12.4)/(110.0±10.2)mm Hg對(127.4±9.8)/(84.2±6.0)mm Hg,P<0.05];(3)OSAHS閤併高血壓組ODI和MI分彆為(43.5±26.2)次/h和(31.6±21.2)次/h,均顯著高于無高血壓OSAHS組的(26.7±13.2)次/h和(27.5±20.6)次/h(P均<0.05),而且前者非快速動眼睡眠S3+4期和睡眠效率分彆為(5.1±3.5)%和(62.2±15.4)%,均顯著低于後者[分彆為(8.8±5.2)%和(69.92±14.8)%,P分彆<0.05和0.01).(4)OSAHS閤併高血壓組非杓型血壓麯線構成比為56.1%,顯著商于對照組的13.1%和單純高血壓組的16.7%(P均<0.01).(5)多變量logistic迴歸分析顯示,校正BMI、性彆和年齡因素後,ODI(OR=1.129,95%CI1.057~1.207;P=0.001)、MI(OR=0.925,95%CI0.874~0.980;P=0.008)和S3+4期時間(OR=1.087,95%CI1.034~1.142;P=0.001)與高血壓髮生顯著相關.結論 OSAHS組收縮壓和舒張壓均顯著高于正常對照組,且血壓隨OSAHS病情的加重而增高,晝夜血壓節律消失,血壓波動呈非杓狀麯線.導緻OSAHS患者閤併高血壓的主要危險因素為夜間低氧血癥,其次為睡眠結構嚴重紊亂和MI增高.
목적 료해조새성수면호흡잠정저통기종합정(obstructive sleep apnea-hypopnea syndrome,OSAHS)환자고혈압발병정황급기정도,분석OSAHS대고혈압환자혈압주야절률적영향,종야간저양혈증화수면결구방면탐토고혈압발생적위험인소.방법 채용다도수면감측의대77례OSAHS환자(중도33례,중도23례,경도23례)진행야간7 h수면감측화24 h동태혈압감측,대수면상관지표급불동시단혈압진행분석,병여불반OSAHS적고혈압환자(15례)화정상대조자(15례)진행비교.결과 (1)중도、중도화경도OSAHS조체질지수(body mass index,BMI)분별위(29.1±2.8)、(25.0±2.5)화(23.2±3.0)kg/m~2,균현저고우대조조적(20.3±4.1)kg/m~2(P균<0.05);수면호흡잠정저통기지수(apnea hypopnea index,AHI)분별위(56.2±14.7)、(19.1±4.4)화(11.2±4.3)차/h,현저고우대조조적(2.9±1.0)차/h(P균<0.05);양감지수(oxygen desaturation index,ODI)분별위(62.5±20.4)、(19.6±8.8)화(24.8±22.7)차/h,현저고우대조조적(2.7±2.0)차/h((P균<0.05));미각성지수(microarousal index,MI)분별위(47.5±20.9)、(12.8±4.6)화(9.8±4.6)차/h,현저고우대조조적(1.3±1.1)차/h(P균<0.05);24 h평균수축압분별위(133±14.5)、(126±6.5)화(118±9.9)mm Hg,중도화중도OSAHS조현저고우대조조적(117±9.6)mmHg(P균<0.05);24 h서장압분별위(92.8±9.6)、(86.3±7.5)화(81.9±3.9)mm Hg,중도화중도OSAHS조현저상우대조조적(78.5±5.6)mm Hg(P균<0.05);최저혈양포화도분별위(65.5±10.4)%、(78.5±5.1)%화(79.7±9.6)%.중도화중도OSAHS조현저저우대조조적(84.7±8.2)%(P<0.05).(2)고혈압조여대조조수전화성후혈압무현저차이,OSAHS합병고혈압조성후혈압현저고우수전[(142.0±12.4)/(110.0±10.2)mm Hg대(127.4±9.8)/(84.2±6.0)mm Hg,P<0.05];(3)OSAHS합병고혈압조ODI화MI분별위(43.5±26.2)차/h화(31.6±21.2)차/h,균현저고우무고혈압OSAHS조적(26.7±13.2)차/h화(27.5±20.6)차/h(P균<0.05),이차전자비쾌속동안수면S3+4기화수면효솔분별위(5.1±3.5)%화(62.2±15.4)%,균현저저우후자[분별위(8.8±5.2)%화(69.92±14.8)%,P분별<0.05화0.01).(4)OSAHS합병고혈압조비표형혈압곡선구성비위56.1%,현저상우대조조적13.1%화단순고혈압조적16.7%(P균<0.01).(5)다변량logistic회귀분석현시,교정BMI、성별화년령인소후,ODI(OR=1.129,95%CI1.057~1.207;P=0.001)、MI(OR=0.925,95%CI0.874~0.980;P=0.008)화S3+4기시간(OR=1.087,95%CI1.034~1.142;P=0.001)여고혈압발생현저상관.결론 OSAHS조수축압화서장압균현저고우정상대조조,차혈압수OSAHS병정적가중이증고,주야혈압절률소실,혈압파동정비표상곡선.도치OSAHS환자합병고혈압적주요위험인소위야간저양혈증,기차위수면결구엄중문란화MI증고.
Objective To understand the incidence and the severity of hypertension in patients with obstructive sleep apnea-hypopnea syndrome (OSAHS) and to analyze the impact of OSAHS on the circadian rhythm of blood pressure in patients with hypertension and to investigate the risk factors for the occurrence of hypertension from the aspects of nocturnal hypoxemia and sleep structure. Methods Polysomnography monitor was used for 7-hour sleep monitoring at night and 24-hour ambulatory blood pressure monitoring in 77 patients with OSAHS (severe, n = 33; moderate, n = 23; mild, n = 23). The sleep-related indicators and blood pressure at different times were analyzed, and they were compared to the patients with hypertension without OSAHS (n = 15) and normal controls (n = 15). Results (1) The body mass index (BMI) in the severe, moderate, and mild OSAHS groups was 29.1±2.8, 25.0±2.5, and 23.2±3.0 kg/m~2 respectively, and they were all significantly higher than 20.3±4.1 kg/m~2 in the control group (all P <0.05); sleep apnea-hypopnea index (AHI) was 56.2±14.7, 19.1± 4.4, and 11.2±4.3/h respectively, and they were significantly higher than 2.9±1.0/h in the control group (all P <0. 05); oxygen saturation index (ODI) was 62.5±20.4, 19.6±8.8, and 24.8±22.7/h respectively, and they were significantly higher than 2.7±2.0/h in the control group (all P <0.05); microarousal index (MI) was 47.5±20.9, 12.8±4.6, and 9.8±4.6/h respectively, arid they were significantly higher than 1.3±1.1/h in the control group (all P < 0.05); 24-hour mean systolic blood pressure was 133±14.5, 126±6.5, and 118± 9.9 mm Hg respectively, and the severe and moderate OSAHS groups were significantly higher than 117±9. 6 mm Hg (all P <0.05); 24-hour mean diastolic blood pressure was 92.8±9.6, 86.3±7.5, and 81.9±3.9 mm Hg respectively, and the severe and moderate OSAHS groups were significantly higher than 78.5±5.6 mm Hg in the control group (all P <0.05); and the lowest oxygen saturation was 65.5%±10.4%, 78.5%±5.1%, and 79.7%±9.6% respectively, and the severe and moderate OSAHS groups were significantly lower than 84.7% ±8.2% (P <0.05). (2) There was no significant difference in blood pressure before going to bed and waking up between the hypertension group and the control group. The blood pressure after waking up in the OSAHS combined with hypertension group was significantly higher than before going to bed (142.0±12.4/110.0±10.2 mm Hg vs. 127.4±9.8/84.2± 6.0 mm Hg, P <0.05). (3) ODI and MI in the OSAHS combined with hypertension group were 43.5±26.2/h and 31.6±21.2/h respectively, and they were significantly higher than 26.7± 13.2/h and 27.5±20.6/h in the non-hypertension OSAHS group (all P <0.05), and the non-rapid eye movement sleep period S3 +4 and the sleep efficiency of the former were 5.1%± 3.5% and 62.2±15.4% respectively, and they were all significantly lower than 8.8%± 5.2% and 69.92%±14.8% of the latter (P <0.05 and 0.01, respectively). (4) component ratio of non-dipper blood pressure curve was 56.1% in the OSAHS combined with hypertension group, and it was significantly higher than 13.1% in the control group and 16.7% in the simple hypertension group (all P <0.01 ). (5) Multivariate logistic regression analysis showed that ODI (OR = 1.29, 95% CI 1.57-1.07; P = 0.01 ), MI (OR = 0.925, 95% CI 0.874-0.980; P =0.008) and the time of period S3 +4 (OR = 1.087, 95% CI 1.034-1.142; P =0.001 ) were significantly correlated with hypertension alter adjusting for BMI, sex and age. Conclusions Systolic and diastolic blood pressures in the OSAHS group were significantly high-er than those in the normal control group, and the blood pressure increased with the aggravation of OSAHS. 1he circadian rhythm of blood pressure disappeared, and the blood pressure variabili-ty showed a non-dipper-shaped curve. The major risk factor for causing patients with OSAHS combined with hypertension was nocturnal hypoxemia and then severe sleep disorders and in-creased MI.