2001-2004年张家口市碘缺乏病监测结果分析

为了解和掌握张家口市实现消除碘缺乏病阶段目标后的防治现状及防治效果，参照《全国碘缺乏病监测方案》的要求．于2001—2004年在全市范围内进行了碘缺乏病监．现将结果报告如下。[第一段]     

2008-2010年包头市碘盐监测结果分析

目的 了解包头市居民食用碘盐状况,及时发现问题并采取相应干预措施,为进一步巩固防治成果,加强和完善持续消除碘缺乏病工作提供科学依据.方法 2008-2010年,在包头市盐业公司东河批发部及青昆盐业批发部,每季抽取3批次,54份盐样;对达茂旗、白云区、青山区按东、西、南、北、中划分为5个抽样区,每个抽样区抽取1所学校,每所学校抽取30名8～10岁学生,抽取家中食用盐;采用直接滴定法(GB/T 13025.7-1999)检测盐碘.结果 2008-2010年盐业批发部碘盐合格率为100%(378/378),盐碘均值为30.4 mg/kg;居民户碘盐合格率为99.8%(2417/2421),盐碘均值为30.4 mg/kg,碘盐覆盖率为99.6%(2421/2430),合格碘盐食用率为99.4%(2417/2430).结论 碘盐合格率、碘盐覆盖率、合格碘盐食用率均在90%以上,达到碘缺乏病可持续消除状态.

Abstract：

Objective To find out the consumption situation of iodized salt in Baotou, identify problems and take appropriate intervention measures, and to provide scientific basis for further consolidating the results of control measures, strengthening and improving the sustainable elimination of iodine deficiency disorders. Methods Three batches of each quarter, 54 salt samples were sampled in Donghe wholesale division and Qingkun wholesale division in Baotou city salt company during 2008 - 2010; each place of Damaoqi, Baiyun district, and Qingshan district were divided into five sampling areas according to the direction of east, west, south, north, and central position, one school was selected in each district, 30 students aged 8 to 10 from each school were selected, and home salt samples were taken, and salt iodine was tested by direct titration(GB/T 13025.7-1999). Results Qualified rate of wholesale iodized salt was 100%(378/378) during 2008 - 2010, and mean salt iodine was 30.4 mg/kg;qualified rate of household iodized salt was 99.8%(2417/2421 ), and mean salt iodine was 30.4 mg/kg; iodized salt coverage rate was 99.6% (2421/2430) and consumption rate of qualified iodized salt was 99.4% (2417/2430).Conclusions Qualified rate of iodized salt, coverage rate of qualified iodized salt and consumption rate of qualified iodized salt are 90% or more, which has reached the standard of sustainable elimination of iodine deficiency disorders.     

2010年福建省碘缺乏病高危地区重点调查结果分析

目的 调查福建省碘缺乏病高危地区新发地方性克汀病(简称地克病)、地方性甲状腺肿流行现况及防治措施落实情况,为制订有针对性的防治策略措施提供科学依据.方法 2010年,在碘盐监测覆盖率较低的秀屿区、翔安区、平潭县、东山县各抽取3个乡(镇),进行10岁以下新发地克病病例搜索;在每个乡(镇)抽取2所小学,每所小学抽取40名8～ 10岁儿童进行甲状腺B超检查,同时采集尿样,用砷铈催化分光光度法测定尿碘;在小学所在村抽取20名18 ～40岁育龄妇女,采集食用盐样和尿样,用半定量法测定盐碘,砷铈催化分光光度法测定尿碘.结果 病例搜索未发现新发地克病及疑似地克病病例;8 ～ 10岁儿童总体甲状腺肿大率为3.6％ (37/1027),但东山县为5.4％( 13/240),超过国家消除碘缺乏病标准(＜5％);8～10岁儿童和18～40岁育龄妇女的尿碘中位数分别为175.3、152.7 μg/L;碘盐覆盖率为82.7％ (382/462).结论 福建省碘缺乏病高危地区未发现新发地克病及疑似地克病病例,人群尿碘中位数处于适宜水平.     

2004年唐山市碘缺乏病监测结果分析

河北省是受碘缺乏危害较严重的省份之一,除个别高碘地区或非病区外,其他地区均处于碘营养不足状态,防治任务较重。为掌握唐山市碘缺乏病防治现状,了解人群碘营养状况,巩固持续消除碘缺乏病成果。2004年设立了2个碘缺乏病监测点,并开展了监测工作,目前监测工作已顺利完成。1材料和方法1.1监测点选择:根据唐山市具体情况,确立了遵化市新店子乡和迁西县旧城乡为监测点,过去均为碘缺乏地区。遵化市新店子乡1975年地甲病检出率为3.7%,饮水含碘量5.3μg/L;迁西县旧城乡1975年地甲病检出率为6.07%,饮水含碘量5.46μg/L。1.2监测人群与样本量:随机…     

2000年和2005年深圳市福田区碘缺乏病防治效果对比分析

2000年3月深圳市通过了“实现消除碘缺乏病阶段目标”的检查评估．碘缺乏病防治工作进入了一个新的阶段。为掌握和了解达到消除目标后深圳市福田区碘缺乏病防治情况．现就该区2000年和2005年碘缺乏病防治效果进行对比分析．结果报道如下。     

2007-2009年甘肃省碘缺乏病高危地区碘缺乏病防治现状调查

目的 掌握甘肃省碘缺乏病高危地区碘缺乏病防治现状,为制订碘缺乏病的防治策略提供依据.方法 2007 - 2009年选择12个碘缺乏病高危县,在全县范围内搜索所有1997年1月1日以后出生的疑似克汀病患者.在每个县抽取3个乡,在每个乡抽取2个村,在每个村小学,选择40名8～ 10岁儿童进行甲状腺检查、尿碘测定、智商测查;每个村选择30名育龄妇女进行尿碘测定,并对其家中食盐进行半定量检测,同时对当地碘盐相关情况进行调查.结果 12个县中,共搜索到120例疑似克汀病患者,确诊7例.儿童甲状腺B超肿大率为6.8％(290/4281),夏河县、临潭县、卓尼县、舟曲县和东乡县的肿大率均＞5.0％,其中夏河县、临潭县和东乡县均＞10.0％.儿童平均智商为82.38.儿童尿碘中位数为180.34 μg/L,尿碘＜50.00 μg/L的比例为11.0％(482/4383).育龄妇女尿碘中位数为175.91 μg/L,尿碘＜50μg/L的比例为16.5％(126/762).其中夏河县、东乡县育龄妇女尿碘中位数分别为95.24 μg/L和66.30 μg/L.12个县中有8个县的碘盐覆盖率在95.0％以上,其余4个县的碘盐碘盐覆盖率均＜85％,其中广河县和东乡县的碘盐覆盖率仅为39.2％(47/120)和66.7％(120/180).14.9％(206/1380)的群众认为购买碘盐不方便;87.7％(1210/1380)认为目前的碘盐价格超出可接受的范围;29.9％(413/1380)的家庭主妇知道预防缺碘的方法.结论 影响碘缺乏病高危地区防治的因素广泛存在,应加强碘缺乏病高危地区监测,适时采取有效措施,确保重点人群充足的碘营养.同时还应加强以碘盐为主的综合防治措施的落实,建立碘缺乏病防治长效机制.     

2006年福建省莆田市城厢区碘缺乏病监测结果分析

城厢区位于福建省莆田市市中心．总人口351571人。为全面评价城厢区全民食盐加碘防治碘缺乏病措施的落实情况，根据《福建省碘缺乏病防治监测方案》的要求，于2006年8月对城厢区开展碘缺乏病监测工作，现将监测结果分析如下。[第一段]     

安顺市5年碘缺乏病监测结果分析

目的了解安顺市2000年以来碘缺乏病防治进展和现状,分析2000-2004年全市碘缺乏病监测结果。方法随机抽样法调查小学生甲状腺肿情况,测定小学生尿碘,测定盐碘。结果安顺市8～10岁儿童甲状腺肿大率2004年为14.28%,高于2000、2001、2002、2003年(P<0.05)。居民碘盐食用率2004年为94.04%,加碘合格率为94.20%,高于前4年(P<0.01)。5年监测儿童尿碘中位数在219.08～384.34μg/L。结论现行碘盐基本适合安顺市人群,但8～10岁学生甲状腺肿大率仍处于较高水平。     

2006-2009年辽宁省大连市学龄儿童智商监测分析

目的 了解实施全民食盐加碘后学龄儿童智商变化情况,为碘缺乏病防治工作提供科学依据.方法 2006-2009年选择辽宁省大连市11所小学校1580名儿童,采用中国联合型瑞文测验第二次修订版(CRT-C2)测验智商.智商分度及标准:非常优秀(≥130)、优秀(120～129)、中上(110～119)、中等(90～109)、中下(80～89)、边缘(70～79)、智力落后(≤69).采集儿童随意1次尿样(2006年未开展尿碘监测),用砷铈催化分光光度法检测尿碘.按监测年份及儿童出生年份分析全民食盐加碘前后儿童智商增长特点.结果 2006-2009年8～10岁儿童智商值分别为110.4 4-14.0、112.5±12.4、117.2 ±11.4、116.2±12.6,呈逐年增长趋势:2007-2009年与2006年比较年均增长值分别为2.1、3.4、1.9个智商点.2007-2009年8～10岁儿童尿碘中位数分别为224.7、266.7、222.1μg/L,均在200～300μg/L,人群碘营养处于超足量水平.1994-2000年出生的儿童智商值分别为106.7±13.0、108.1 ±13.9、108.5±134、111.3±14.3、113.6±12.5、115.3±12.3、119.8±11.2;1995-2000年与1994年比较年均增长值分别为1.4、0.9、1.5、1.7、1.7、2.2个智商点;智力落后和边缘智力的比例各年度均<2%;优秀和非常优秀的检出率呈逐年上升趋势,中等和中下的检出率呈逐年下降趋势(x2值分别为52.471、34.329、66.483、11.148,P均<0.01).结论 全民食盐加碘可快速提高学龄儿童智商水平.在碘缺乏病防治工作中,应加强智商指标的监测和应用.

Abstract：

Objective To obtain scientific data for control of iodine deficiency disorders(IDD) by reviewing the surveillance information of school children intelligence quotient(IQ) after the implementation of universal salt iodization. Methods One thousand five hundred and eighty children were selected from 11 primary school in Dalian city of Liaoning province during 2006 to 2009. IQ was measured by Combined Raven Test-C2(CRT-C2) in China. Groups of IQ were classified as outstanding(≥ 130), excellent (120- 129), above average (110- 119), average (90 - 109), below average(80 - 89), margin(70 - 79), low(≤69). Urinary samples of children were collected randomly. Urinary iodine were determined by As-Ce catalytic spectrophotometry. The growth characteristics of IQ were analyzed according to surveillance year and born year. Results The average IQ of children aged 8-10 were 110.4 ± 14.0,112.5 ± 12.4,117.2 ± 11.4,116.2 ± 12.6, respectively, increased year by year from 2006 to 2009. Its average annual increase from 2007 to 2009 were 2.1,3.4,1,9 compared with the IQ in 2006 respectively. The medians of urinary iodine were 224.7,266.7,222.1 μg/L from the year 2007 to 2009, respectively, which were all between 200 - 300 μg/L and can be classified as more than adequate level. The average IQ of children born during the year of 1994 to 2000 were 106.7 ± 13.0,108.1 ± 13.9,108.5 ± 13.4,111.3 ± 14.3,113.6 ± 12.5,115.3 ± 12.3,119.8 ± 11.2, respectively. Its average annual increase from 1995 - 2000 were 1.4,0.9,1.5,1.7,1.7,2.2 compared with the IQ born in 1994 respectively. The ratio of IQ in margin group and low group were all below 2% ; the ratio was increasing in excellent group and outstanding group and decreasing in average group and below average group significantly year after year(x2 = 52.471,34.329,66.483,11.148, all P<0.01). Conclusions Universal salt iodization improves IQ scores. IQ index should be brought into the surveillance project and put in use in IDD control.     

2006年贵州省麻江县碘缺乏病监测结果分析

贵州省麻江县属碘缺乏病(IDD)重病区,经实施食盐加碘综合防治后,于2000年达到基本消除IDD标准[1].为了解麻江县IDD病情和重点人群碘营养状况,评价干预措施落实情况及防治效果,于2006年对麻江县进行IDD病情调查,现将结果报道如下.     

海南省碘缺乏病高危地区重点人群调查结果

目的 了解海南省缺碘高危地区碘缺乏病防治现状和防治措施落实效果.方法 2007-2009年,采用典型抽样方法,在海南省碘盐覆盖率低的8个市(县),以乡为单位搜索10岁以下新发地方性克汀病(地克病)患儿;在乡小学校,抽取8～10岁儿童,采用触诊、B超法检查儿童甲状腺;收集儿童尿样;测定儿童智商(IQ);对五年级学生进行健康教育问卷调查.入户采集育龄妇女尿样和家中食用盐样,同时对妇女进行健康教育问卷调查.尿碘测定采用砷铈催化分光光度法,盐碘测定采用半定量法,IQ测定采用中国联合型瑞文测验(CRT-C2).结果 共调查72个乡(镇),其中8～10儿童7937名、育龄妇女1797名、5年级学生4128名,线索调查发现疑似新发地克病患儿1例.居民碘盐覆盖率由2007年的44.6%(629/1411)提高到2009年的92.1%(1688/1832).儿童甲状腺肿大(甲肿)率触诊法、B超法由2007年的5.9%(269/4548)、6.0%(274/4548)下降到2009年的1.6%(24/1461)、0.1%(2/1461);尿碘中位数由2007年的97.4μg/L上升2009年165.0μg/L;尿碘<50.0μg/L和<100.0μg/L的比例由2007年的21.4%(973/4548)、51.2%(2329/4548)下降到2009年的75%(110/1461)、23.4%(342/1461);育龄妇女尿碘中位数由2007年的73.7μg/L上升到2009年的126.1μg/L,其中孕妇的尿碘中位数由2007年的55.7μg/L上升到2008年117.9μg/L、2009年的121.5 μg/L,但仍<150.0μg/L.五年级学生、育龄妇女碘缺乏病的健康教育问卷调查及格率分别由2007年29.8%(446/1495)、24.1%(179/742)提高到2009年65.8%(732/1112)、72.1%(264/366).儿童IQ值为90.4±16.0,IQ低下(≤69)的比例为12.6%(1000/7937).结论 海南省高危地区碘缺乏病病情逐年改善,但孕妇碘营养水平仍较低,今后应加强对孕妇的补碘.     

2009年河北省碘缺乏病健康教育效果评价

目的 评价河北省碘缺乏病健康教育效果,为制订防治策略提供依据.方法 2009年,在河北省选择34个项目县,每个县选择3个乡,每个乡在中心小学5年级开展健康教育活动;并在每个乡选择3个村,开展社区育龄妇女健康教育活动,在健康教育前后进行碘缺乏病防治知识调查.结果 全部34个项目县小学生碘缺乏病防治知识知晓率由健康教育前的71.10%(7835/11 019)增长到健康教育后的94.84%(10 840/11 430),平均增幅23.74%;家庭主妇碘缺乏病防治知识知晓率由健康教育前的77.02%(4531/5883)增长到健康教育后的95.32%(5902/6192),平均增幅18.30%.其中衡水市小学生碘缺乏病防治知识知晓率由健康教育前的55.56%(750/1350)增长到健康教育后的94.89%(1281/1350),增幅为39.33%;邯郸市家庭主妇碘缺乏病防治知识知晓率由健康教育前的65.68%(532/810)增长到健康教育后的96.50%(909/942),增幅为30.82%.结论 实施健康教育干预措施后小学生及家庭主妇碘缺乏病防治知识知晓率显著提高,形成了良好的个人生活和卫生习惯,达到了预期效果.

Abstract：

Objective To evaluate the effectiveness of health education on iodine deficiency disorders (IDD) in Hebei, and to provide basic information for development of control strategies. Methods A total of 34 project counties were selected in Hebei province, and 3 townships were chosen in each project county. Heath educational activities were carried out in the classes of grade 5 in the central primary school of each selected township. In the meantime, 3 villages were chosen in each selected township where the health education for women of childbearing age in the community was carried out. Sureys on knowledge of IDD control were conducted in the 34 project counties before and after the health educational activities. Results The knowing rates of IDD control among pupils in all 34 project counties increased from 71.10%(7835/11 019) to 94.84%(10 840/11 430) after health education, with a average increase of 23.74%. The knowing rates of IDD control among housewives increased from 77.02%(4531/5883) to 95.32%(5902/6192), with a average increase of 18.30%. Of which, the knowing rates of IDD control among pupils in Hengshui city increased from 55.56% (750/1350) to 94.89% (1281/1350),with a average increase of 39.33%. The knowing rates of IDD control among housewives in Handan city increased from 65.68%(532/810) to 96.50%(909/942), with a average increase of 30.82%. Conclusions The knowing rates of IDD control among pupils and housewives are remarkably increased after implementing the health education projects. They have better life and health habits, and the project achieves desired effect.     

2008年河南省三门峡市碘缺乏病调查结果分析

目的 了解河南省三门峡市碘缺乏病发展动态及防治效果,制订有针对性的碘缺乏病防治对策.方法 2008年,在三门峡市所属的灵宝市、陕县、湖滨区、义马市、渑池县、卢氏县6个县(市、区),每个县(市、区)按东、西、南、北、中5个方位抽取5个乡(镇、办事处),每个乡(镇、办事处)抽取1所小学,每所小学抽取8～10岁学生50名检查甲状腺,并采集其尿样和家庭食用盐样测定尿碘及盐碘.每所小学抽取30名5年级学生进行碘缺乏病知识健康教育问卷调查,在小学所在村按东、西、南、北、中不同方位采集饮用水5份进行水碘检测,并对10名家庭主妇进行碘缺乏病知识健康教育问卷调查.甲状腺检查采用触诊法;尿碘测定采用过硫酸铵消化-砷铈催化分光光度法(WS/T 107-2006);盐碘测定采用直接滴定法(GB/T 13025-1999);水碘测定采用砷铈催化分光光度法(GB/T 5750.5-2006).结果 6个县(市、区)共检查8～10岁儿童1500名,甲状腺肿大率为3.30%(50/1500),尿碘中位数为273.15μg/L;共检测盐样1500份,碘盐覆盖率为99.93%(1499/1500),碘盐合格率为98.00%(1469/1499),合格碘盐食用率为97.93%(1469/1500),非碘盐率为0.07%(1/1500),盐碘中位数为28.9 mg/kg;共采集水样150份,水碘中位数为2.76μg/L;学生碘缺乏病知识健康教育问卷及格率为97.11%(874/900),家庭主妇碘缺乏病知识健康教育问卷及格率为98.67%(296/300).结论 三门峡市碘缺乏病防治工作取得了明显的效果,各项监测指标均达到了国家消除碘缺乏病标准.

Abstract：

Objective To investigate the current situation of iodine deficiency disorders and the effect of control measures in Sanmenxia city of Henan province, and to formulate targeted control measures for iodine deficiency disorders. Methods In 2008, five villages(offices) were selected according to the east, west, south,north and center position in each county in 6 counties(cities, districts) of Lingbao, Shan, Hubin, Yima, Mianchi,and Lushi in Sanmenxia city. One primary school was selected in each village(office), fifty students aged 8 - 10 in each primary school were randomly selected to check thyroid and their urine and edible salt were collected to detect iodine. Thirty 5th-grade students in each school were selected to carry out the questionnaire survey of health education about iodine deficiency disorders. According to the east, west, south, north and center position, five potable water samples were selected to detect iodine in the village where the primary school was in. Questionnaire survey was also carried out among ten housewives in the village. Thyroid was examined by palpation;ammonium persulfate digestion-arsenic cerium catalytic spectrophotometry(WS/T 107-2006) was used to detect urinary iodine;direct titration(GB/T 13025-1999 ) was used to detect salt iodine;arsenic cerium catalytic spectrophotometry (GB/T 5750.5-2006) was used to detect water iodine. Results One thousand and five hundreds children aged 8 - 10 were analyzed in 6 counties(cities, districts), the rate of goiter was 3.30%(50/1500), the median of urinary iodine was 273.15 μg/L. One thousand and five hundreds salt samples were detected, the coverage rate of iodized salt was 99.93% (1499/1500), the qualified rate of iodized salt was 98.00% (1469/1499), the edible rate of qualified iodized salt was 97.93% (1469/1500), the coverage rate of non-iodized salt was 0.07% (1/1500), the median of salt iodine was 28.9 mg/kg. One hundred and fifty water samples were collected, the median of water iodine was 2.76 μg/L. The pass rate of the questionnaire survey of health education about iodine deficiency disorders was 97.11% (874/900) in students and 98.67% (296/300) in housewives, respectively. Conclusions The prevention and control of iodine deficiency disorders has achieved significant results and the monitoring indicators have reached the national standard for eliminating iodine deficiency disorders in Sanmenxia city.     

2009年甘肃省碘缺乏病调查结果分析

目的 掌握甘肃省碘缺乏病防治现状,为制订碘缺乏病的防治措施提供依据.方法 2009年,在甘肃省14个市(州),每个市(州)抽取1个达标县(市、区、旗),并按东、西、南、北、中5个方位各抽取1个乡(镇、街道),不足5个乡时全部抽取;在所抽取的每个乡(镇、街道),各抽取1个村,进行居民户碘盐情况及碘盐销售网络调查.同时在每个村抽取1所小学,进行儿童尿碘、甲状腺、智商检查及碘缺乏病知晓状况调查.结果 共检测1420份食用盐,加权碘盐覆盖率为99.53%,加权合格碘盐食用率为98.15%.共对1761名8～10岁儿童检测尿碘,中位数为225.87μg/L,在14个县中,有5个县儿童尿碘处于适宜水平,7个县超过了碘适宜水平.2个县处于碘过量水平.共对3051名8～10岁儿童进行甲状腺检查,加权甲状腺肿大率为1.9%,只有红古区儿童加权甲状腺肿大率大于5%,为5.3%.共对2815名8～10岁儿童进行智商检测,平均智商为105.3,除卓尼县和康乐县之外,其余各县儿童智商均在100以上.碘缺乏病知晓调查平均分为3.2分.知道缺碘不聪明的占57.08%(1229/2153),知道缺碘致甲状腺肿大的占71.76%(1544/2153),知道碘盐是最好的防治方法的占68.04%(1465/2153),向家人讲述碘盐好处的占61.82%(1331/2153).共凋查了87个乡(镇)102个村的食盐销售情况,每个乡(镇)都有一个碘盐代销点,每个村至少有1个碘盐零售店,但73.5%(75/102)的零售店无销售许可证.结论 甘肃省碘缺乏病防治取得了显著进展,合格碘盐食用率达到国家消除标准,甲状腺肿大率明显下降,大多数县儿童尿碘处于"大于适宜水平",碘盐销售网络基本健全,但各县碘缺乏病健康教育工作进展不平衡.

Abstract：

Objective To master the status in control of iodine deficiency disorders (IDD) in Gansu province and to provide the basis for development of control strategies. Methods One county which reached the national standardization of IDD elimination was selected randomly from each of 14 cities of Gansu province in 2009, then one town was selected respectively from five directions (east, south, west, north, and central) of the above selected counties. One village was chosen from every town which was selected for investigating household iodized salt and iodized salt sales network. At the same time the thyroid of children was examined, their urinary iodine (UI) was determined, the intelligence quotient(IQ) values of children were measured and health education was surveyed in one primary school which was chosen in each of the selected town. Results A total of 1420 edible salt samples were tested;the weighted iodized salt coverage rate and the weighted qualified iodized salt rate were 99.53% and 98.15 respectively. Urine samples were collected from 1761 children included in the study. The urinary iodine median was 225.87 μg/L. The urinary iodine medians were at optimal levels in five counties, over the optimal levels in seven counties and at excessive levels in two counties. A total of 3051 children aged 8 - 10 were randomly selected for thyroid examination. The weighted thyroid goiter rate(TGR) of children was 1.9%, and TGR was higher than 5% only in Hoaggu county. IQ of 2815 children was tested and the mean IQ was 105.3, except for the country of Zhuoni and Kangle, the mean IQ of other counties were over 100. The average score of health education was 3.2.Children of 57.08% (1229/2153) knew that iodine deficiency could lead to mental retardation, 71.76% (1544/2153) knew that iodine deficiency could cause thyroid goiter, 68.04%( 1465/2153 ) knew that eating iodized salt was the best method for IDD prevention and control and 61.82%(1331/2153) informed their families of the benefits of eating iodized salt. Each town had one agency selling iodized salt and each village had one more retail store with iodized salt, but 73.5%(75/102) of the stores without license for the sales. Conclusions Great progress has been made on the prevention and control of IDD in Gansu province. The qualified iodized salt consumption rate has reached the national standard for IDD elimination, TGR has decreased markedly, the urinary iodine levels in more counties are over the optimal levels and iodized salt distribution network is basically sound. But progress in health education is uneven.     

2005年河南省碘缺乏病监测结果分析

目的调查河南省碘缺乏病防治现状，完善可持续防治策略。方法采用人121比例概率抽样法（PPS）分阶段抽样。全省抽取30个县的8～10岁学生1200名，检查甲状腺肿大情况、测验智商、检测尿碘及家中盐样含碘量，并在学生和家庭主妇中进行健康教育问卷调查。结果①全省盐碘均值为29．18mg／kg，碘盐覆盖率为97．67％。②8-10岁学生甲状腺肿大率触诊法为4．56％，B超法为2．75％；智商均值为95．5，标准差为16.3。③检测8-10岁儿童尿样358份，尿碘中位数为315．30斗g／C。④问卷调查602名学生碘缺乏病防治知识，平均分为57．9分，及格率为35．5％。⑤在普及碘盐供应10年后，原划定病区与非病区间儿童甲状腺肿大率（B超法）差异无统计学意义（P〉0．05）；智商、盐碘、尿碘间差异亦无统计学意义（P〉0．05）。结论①河南省目前各项防治指标达到了碘缺乏病消除标准，但学龄儿童尿碘中位数较高，可以考虑适当下调碘盐含碘量；②儿童智商低下者（智商≤69）仍然高达7.3％，需要加强对孕妇的重点监测，早期发现缺碘，早期补碘；③防治知识知晓率偏低．应加强健康教育工作，增强群众防病意识。     

2007-2009年河北省沧州市碘缺乏病监测结果分析

目的 了解河北省沧州市碘缺乏病防治状况,为防治碘缺乏病提供科学依据.方法 2007-2009年,选择碘盐覆盖率较低的河间市、献县开展碘缺乏病动态监测.监测县(市)按东、西、南、北、中抽取9个乡(镇),每个乡(镇)抽取4个行政村,每个行政村抽检8户居民食用盐样,检测盐碘;每年采集1～3份居民饮用水样,测定水碘;每年抽取8～10岁小学生100名以上,检查甲状腺肿大情况并测定尿碘,选取40名以上学生测定其家中食盐含碘量;抽取50名以上18～40岁育龄妇女,测定尿碘.甲状腺检查采用触诊法;水碘和尿碘检测采用砷铈催化分光光度法;盐碘检测采用直接滴定法.结果 2007-2009年河问市、献县居民户盐碘中位数分别为4.3、15.9,3.6、18.4,4.6、11.7 mg/kg,碘盐覆盖率分别为34.03%(98/288)、78.82%(227/288),29.86%(86/288)、84.72%(244/288)和37.15%(107/288)、49.31%(142/288),合格碘盐食用率分别为27.08%(78/288)、36.46%(105/288),28.13%(81/288)、49.31%(142/288)和37.15%(107/288)、30.90%(89/288).检测饮用水10份,水碘为5.5～34.4μg/L.2007-2009年8～10岁小学生甲状腺肿大率均＜5%,尿碘中位数分别为138.1、176.6、112.0 μg/L,＜100 μg/L的比率分别为31.6%(65/206)、25.0%(52/208)和44.4%(91/205);育龄妇女尿碘中位数分别为167.3、164.2、78.1μg/L,＜100 μg/L的比率分别为28.7%(29/101)、19.2%(20/104)和60.0%(60/100).结论 在碘盐覆盖率较低的地区,人群碘营养水平受到影响,育龄妇女出现碘营养不足.

Abstract：

Objective To understand the situation of iodine deficiency disorders of Cangzhou city, Hebei province, in order to provide the scientific basis for prevention and control of iodine deficiency disorders. Methods From 2007 to 2009, dynamic monitoring of iodine deficiency disorders was carried out in low iodized salt coverage places Hejian city and Xian county. Nine towns were randomly chosen in each county, 4 administrative villages were randomly selected in each town, 8 household salts were tested in each village. Every year, 1 - 3 copies of residents water samples were collected for determination of iodine; more than 100 students age 8 - 10 years old were checked the situation of goiter and urinary iodine, more than 40 students selected were measured iodine content of salt from their home; more than 50 women of childbearing age 18 - 40 years were tested of urinary iodine. Thyroid was examined with palpation; water iodine and urine iodine concentration were measured with arsenic-Ce catalytic spectrophotometry; salt iodine was detected by direct titration. Results From 2007 to 2009,median household salt iodine were 4.3,15.9,3.6,18.4,4.6,11.7 mg/kg in Hejian city and Xian county, respectively,iodized salt accounted for 34.03% (98/288), 78.82% (227/288), 29.86% (86/288), 84.72% (244/288), 37.15%(107/288),49.31% (142/288), respectively, the consuming rate of iodized salt were 27.08% (78/288),36.46%( 105/288 ), 28.13% (81/288 ), 49.31% ( 142/288 ), 37.15 % ( 107/288 ), 30.90% ( 89/288 ), respectively. Ten samples of drinking water were tested, water iodine were 5.5 - 34.4 μg/L. From 2007 to 2009, the goiter rate of students aged 8 - 10 years old was below 5%, the median of urinary iodine were 138.1,176.6,112.0 μg/L, ＜ 100 μg/L ratio were 31.6% ( 65/206 ), 25.0% ( 52/208 ) and 44.4% (91/205 ). The median of urinary iodine of child-bearing age women were 167.3,164.2,78.1 μg/L, ＜ 100 μg/L ratio were 28.7%(29/101 ), 19.2%(20/104) and 60.0%(60/100).Conclusions In areas with low coverage of iodized salt, iodine nutrition level are affected, the child-bearing age     

2007年重庆市与西藏林芝地区碘缺乏病高危地区病情调查结果对比分析

目的 调查重庆市与西藏林芝地区碘缺乏病高危地区病情现状,为制订预防控制方案提供依据.方法 2007年由国家统一制订方案并抽样,重庆市调查城口和巫溪县,西藏林芝地区调查林芝、波密、米林和朗县4个县;林芝县抽查5个乡,其余县抽查3个乡;每个乡抽1所乡小学和2所村小学,以触诊和B超法同时检查8～10岁儿童甲状腺,同时检测尿碘;每个乡抽取2个村,每个村检测30户居民家庭食用盐含碘量,同时检测30名育龄妇女尿碘;搜索克汀病病例.结果 调查居民碘盐,重庆市调查340户,碘盐覆盖率98.82%(336/340);林芝地区调查915户,碘盐覆盖率为66.34%(607/905),重庆市高于林芝地区(x2=139.56,P＜0.01).儿童甲状腺容积触诊和B超检查,重庆市儿童甲状腺肿大率分别为9.27%(89/960)和8.34%(61/731);林芝地区儿童甲状腺肿大率分别为7.80%(102/1308)和5.53%(69/1248),两地触诊法检查肿大率比较差异无统计学意义(x2=1.37,P＞0.05),B超法重庆市高于林芝地区(x2=5.51,P＜0.05);儿童尿碘中位数,重庆市为319.15μg/L,其中城口县为345.75μg/L,巫溪县为281.39 μg/L;林芝地区为189.81 μg/L,其中林芝县为207.81μg/L、波密县为161.12μg/L、米林县为131.83 μg/L、朗县为334.60μg/L;育龄妇女尿碘中位数重庆市为248.42μg/L,林芝地区为121.25μg/L,儿童和育龄妇女尿碘均以重庆市为高;重庆市和林芝地区均未发现新发克汀病病例.结论 重庆市和林芝地区碘缺乏病高危地区儿童甲状腺肿大率降至10%以下,未发现新发克汀病,防治成效显著.重庆市存在碘过量;西藏林芝县和朗县儿童存在碘过量,妇女存在碘不足,其原因有待进一步调查,波密和米林均存在碘不足.重庆市应降低食盐加碘量,林芝地区在进一步调查基础上调整补碘措施.

Abstract：

Objective To investigate iodine deficiency disorders(IDD) in Chongqing and Linzhi, and to provide scientific basis for IDD control and prevention. Methods According to the national program developed in 2007, investigation was conducted in Chengkou and Wuxi county in Chongqing municipality, and Linzhi, Bomi,Milin and Langxian county in Linzhi prefecture. Five towns were sampled in Linzhi county, and 3 in other counties.In each town, one township primary school and two village primary schools were selected to inspect thyroid by B ultrasound and palpation, and urinary iodine of children aged 8 to 10 years was tested in these schools. Meanwhile,2 villages were selected in each town for test of salt iodine level and urinary iodine of childbearing age women and search cretin cases. Results Three hundred and forty families in Chongqing and 915 families in Linzhi were investigated. The coverage of iodized salt in Chongqing was 98.82%(336/340), which was significantly higher than that in Linzhi[66.34%(607/905), x2 = 139.56, P ＜ 0.01]. Goiter rate of children in Chongqing was 9.27%(89/960) by palpation and 8.34% (61/731) by B ultrasound, while goiter rate of children in Linzhi was 7.80%(102/1308) by palpation and 5.53% (69/1248) by B ultrasound. The difference of goiter rate by palpation between Chongqing and Linzhi was not statistically significant (x2 = 1.37, P ＞ 0.05 ). But goiter rate of children by B ultrasound in Chongqing was higher than that in Linzhi (x2= 5.51, P ＜ 0.05). In Chongqing, the median urinary iodine was 319.15 μg/L, and 345.75 μg/L in Chengkou county and 281.39 μg/L in Wuxi county. In Linzhi prefecture, the median urinary iodine was 189.81 μg/L, and 207.81 μg/L in Linzhi county, 161.12 μg/L in Bomi county, 131.83 μg/L in Milin county and 334.60 μg/L in Langxian county. The median urinary iodine in childbearing women were 248.42 μg/L in Chongqing and 121.25 μg/L in Linzhi. The median urinary iodine in Chongqing both in children and women were higher than those in Linzhi. No new cretin case was found in these two areas. Conclusions Goiter rate in high risk areas of IDD in Chongqing and Linzhi has decreased to less than 10%.No new cretin case is found in these areas. It can be concluded that the work of control and prevention is effective.There is excess iodine in Chongqing. In Linzhi county and Langxian county, iodine is excess in children and deficient in women. Further investigation should be conducted to find out the reason. Population iodine is excess in Bomi and Milin counties. The concentration of salt iodine should be decreased in Chongqing. In Linzhi prefecture,adding iodine measures should be adjusted based on further investigation.