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[2016年中国九城市七岁以下儿童肥胖的全国流行病学调查]

[A national epidemiological survey on obesity of children under seven years of age in nine cities of China in 2016].

出版信息

Zhonghua Er Ke Za Zhi. 2018 Oct 2;56(10):745-752. doi: 10.3760/cma.j.issn.0578-1310.2018.10.006.

Abstract

To investigate the prevalence and risk factors of obesity in 2016 and to determine secular trend of the prevalence between 1986 and 2016 among Chinese children under seven years of age. Data of a total of 110 485 children from 1 month to 7 years of age were collected by stratified-clustered-random sampling method in the nine cities (including northern China (Beijing, Harbin, Xi'an), Central (Shanghai, Nanjing, Wuhan), Southern (Guangzhou, Fuzhou, Kunming)) from June to November in 2016. Overweight and obesity were defined by the weight for height of the American National Center for Health Statistics/World Health Organization (NCHS/WHO) reference and be over 10% as overweight and over 20% as obesity (20%-29% as mild, 30%-49% as moderate and over 50% as severe). The normal children were matched with obese children in sex, age and height in the case-control designs and the data were analyzed by χ(2) test and conditional Logistic regression model. (1) The overall overweight prevalence was 8.4% (9 317/110 485) with boys 8.4% (4 843/57 917) and girls 8.5% (4 474/52 568) and the overall obesity prevalence was 4.2% (4 712/110 485) with boys 4.9% (2 860/57 917) and girls 3.6% (1 852/52 568). The obesity prevalence was significantly different across age groups (χ(2)=3 777.586, 0.01), the lowest 0.9% (144/16 380) (boys 1.1% (97/8 668), girls 0.6% (47/7 712)) at 1-<2 year and the highest 11.3% (1 248/11 072) (boys 14.0% (822/5 861), girls 8.2% (426/5 211)) at 6-<7 years. The overall obesity prevalence was 4.6% (2 534/54 970) for suburban rural children and 4.0% (2 178/55 515) for urban children. The overall obesity prevalence in northern, central and southern China was 4.7% (1 985/42 294), 4.4% (1 543/35 260) and 3.6% (1 184/32 931) respectively. The mild obesity prevalence was 2.8% (3 146/110 485) and the moderate 1.1% (1 272/110 485) and severe obesity 0.3% (294/110 485). (2) To ensure data comparability, the 2016 urban data were compared with the previous survey urban data. Compared with the 1986 and 2006 survey data, the obesity prevalence increased from 0.9% (660/71 420) and 3.8%(2 227/59 302) to 4.6% (1 341/29 054) for boys, from 0.9% (596/66 609) and 2.5%(1 323/53 643) to 3.1% (837/26 461) for girls. The increase in prevalence of obesity mainly appeared after 3 years of age. The obesity prevalence among north, central and south China increased from 1.8% (562/31 301) and 3.2% (1 137/35 439) to 4.2% (864/20 372), from 0.9% (464/52 138) and 3.9%(1 412/37 031) to 4.2% (764/18 485), from 0.4% (230/54 590) and 2.5% (1 001/40 475) to 3.4% (550/16 658) when compared with 1986 and 2006. (3) Multivariate Logistic regression analysis showed that high birth weight (odds ratio ()=1.559 (1.038-2.343), χ(2)=4.580, 0.05), cesarean section (1.651 (1.230-2.216), χ(2)=11.132, 0.01), gestational diabetes (3.364 (1.406-8.047), χ(2)=7.433, 0.01), father overweight (1.935 (1.417-2.642), χ(2)=17.267, 0.01) or father obesity (3.580 (2.304-5.561), χ(2)=32.196, 0.01), mother overweight (2.305 (1.611-3.298), χ(2)=20.854, 0.01) or mother obesity (5.232 (2.751-9.949), χ(2)=25.462, 0.01), good appetite (8.313 (5.385-12.833), χ(2)=91.403, 0.01), eating fast (6.359 (4.539-9.010), χ(2)=112.513, 0.01), eating shortly before sleeping (1.553 (1.113-2.166), χ(2)=6.707, 0.01), long screen watching duration (2-<3 hours: 1.973 (1.423-2.736), χ(2)=16.594, 0.01 or ≥3 hours: 2.275 (1.413-3.661), χ(2)=11.448, 0.01), short night sleep duration (8-<9 h/day) (1.600 (1.074-2.385), χ(2)=5.331, 0.05), low education of mother (1.589 (1.298-1.945), χ(2)=20.174, 0.01) may be risk factors for children's obesity; moderate and excessive outdoor activities (e.g. running, jumping) may be protective factors against obesity (0.540 (0.342-0.853), χ(2)=6.990, 0.01). In recent ten years the rapidly increasing trend of children obesity has not been effectively curbed and there has been a new situation in the obesity prevalence of suburban rural children exceeding urban children. The key roles of mother in the early growth and development and family in the formation of good behavior habits of their children should be paid attention to, and family-based obesity prevention and control strategies for preschool children should be developed and improved to correct unhealthy family sharing environment and children's lifestyle.

摘要

为了解2016年中国7岁以下儿童肥胖的流行状况及危险因素,并分析1986年至2016年肥胖流行率的长期变化趋势。2016年6至11月,采用分层整群随机抽样方法,在九个城市(包括中国北方的北京、哈尔滨、西安,中部的上海、南京、武汉,南方的广州、福州、昆明)共收集110485名1个月至7岁儿童的数据。超重和肥胖的判定采用美国国家卫生统计中心/世界卫生组织(NCHS/WHO)身高别体重标准,超过标准10%为超重,超过20%为肥胖(20%-29%为轻度,30%-49%为中度,超过50%为重度)。病例对照设计中,按性别、年龄、身高匹配正常儿童与肥胖儿童,采用χ(2)检验和条件Logistic回归模型进行数据分析。(1)总体超重率为8.4%(9317/110485),其中男孩为8.4%(4843/57917),女孩为8.5%(4474/52568);总体肥胖率为4.2%(4712/110485),其中男孩为4.9%(2860/57917),女孩为3.6%(1852/52568)。肥胖率在各年龄组间差异有统计学意义(χ(2)=3777.586,P<0.01),1~<2岁组最低,为0.9%(144/16380)(男孩1.1%(97/8668),女孩0.6%(47/7712));6~<7岁组最高,为11.3%(1248/11072)(男孩14.0%(822/5861),女孩8.2%(426/5211))。城郊农村儿童总体肥胖率为4.6%(2534/54970),城市儿童为4.0%(2178/55515)。中国北方、中部和南方的总体肥胖率分别为4.7%(1985/42294)、4.4%(1543/35260)和3.6%(1184/32931)。轻度肥胖率为2.8%(3146/110485),中度为1.1%(1272/110485),重度肥胖率为0.3%(294/110485)。(2)为保证数据可比性,将2016年城市数据与既往调查城市数据进行比较。与1986年和2006年调查数据相比,男孩肥胖率从0.9%(660/71420)和3.8%(2227/59302)升至4.6%(1341/29054),女孩从0.9%(596/66609)和2.5%(1323/53643)升至3.1%(837/26461)。肥胖率上升主要出现在3岁以后。与1986年和2006年相比,中国北方、中部和南方肥胖率分别从1.8%(562/31301)和3.2%(1137/35439)升至4.2%(864/20372),从0.9%(464/52138)和3.9%(1412/37031)升至4.2%(764/18485),从0.4%(230/54590)和2.5%(1001/40475)升至3.4%(550/16658)。(3)多因素Logistic回归分析显示,高出生体重(比值比(OR)=1.559(1.038~2.343),χ(2)=4.580,P<0.05)、剖宫产(1.651(1.230~2.216),χ(2)=11.132,P<0.01)、妊娠期糖尿病(3.364(1.406~8.047),χ(2)=7.433,P<0.01)、父亲超重(1.935(1.417~2.642),χ(2)=17.267,P<0.01)或肥胖(3.580(2.304~5.561),χ(2)=32.196,P<0.01)、母亲超重(2.305(1.611~3.298),χ(2)=20.854,P<0.01)或肥胖(5.232(2.751~9.949),χ(2)=25.462,P<0.01)、食欲好(8.313(5.385~12.833),χ(2)=91.403,P<0.01)、进食快(6.359(4.539~9.010),χ(2)=112.513,P<0.01)夜间加餐(1.553(1.113~2.166),χ(2)=6.707,P<0.01)、长时间看屏幕(2~<3小时:1.973(1.423~2.736),χ(2)=16.594,P<0.01;≥3小时:2.275(1.413~3.661),χ(2)=11.448,P<0.01)、睡眠时间短(8~<9小时/天)(1.600(1.074~2.385),χ(2)=5.331,P<0.05)、母亲低文化程度(1.589(1.298~1.945),χ(2)=20.174,P<0.01)可能是儿童肥胖的危险因素;适度及过量户外活动(如跑、跳)可能是肥胖的保护因素(0.540(0.342~0.853),χ(2)=6.990,P<0.01)。近十年来儿童肥胖快速上升趋势未得到有效遏制,城郊农村儿童肥胖率超过城市儿童,出现新态势。应重视母亲在儿童早期生长发育中的关键作用及家庭在儿童良好行为习惯形成中的作用,制定和完善以家庭为基础的学龄前儿童肥胖防控策略,纠正不良家庭饮食环境和儿童生活方式。

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