中华地方病学杂志
中華地方病學雜誌
중화지방병학잡지
Chinese Journal of Endemiology
2013年
3期
293-295
,共3页
刘梅%朱宏伟%高艳芹%高健
劉梅%硃宏偉%高豔芹%高健
류매%주굉위%고염근%고건
碘%盐类%尿%甲状腺%数据收集
碘%鹽類%尿%甲狀腺%數據收集
전%염류%뇨%갑상선%수거수집
Iodine%Salts%Urine%Thyroid gland%Data collection
目的 了解陕西省宝鸡市碘缺乏病防治现状.方法 2009-2011年,按照《全国碘盐监测方案》在宝鸡市12个县(区)开展碘盐监测、儿童甲状腺触诊调查.调查按照农村、城市分层进行,每个县(区)按层各抽取8~ 10岁儿童60名,采集尿样测定尿碘.2011年,在采集儿童尿样的家中,采用“三日称量法”进行人均日摄盐量调查;选取代表宝鸡不同地貌特征的陈仓区、扶风县、太白县进行水碘和孕妇、哺乳期妇女尿碘调查,每个县(区)各抽查15人.尿碘和水碘测定采用砷铈分光光度法.结果 2009-2011年,12个县(区)碘盐覆盖率均为100.00%(3468/3468),碘盐合格率、合格碘盐食用率均>99.00%.儿童甲状腺肿大率依次为3.41%(87/2548)、3.06%(77/2520)、3.33%(84/2520),均<5%的国家标准.2009-2011年,8~10岁儿童尿碘中位数依次为368.20、293.80、332.50μg/L,尿碘≥300 μg/L比例依次占到了66.42%(797/1200)、48.05%(692/1440)、56.67%(816/1440).2011年,孕妇尿碘中位数为301.81 μg/L,哺乳期妇女尿碘中位数为329.79 μg/L;共调查1116户家庭,人均日盐摄入量中位数是8.9 g;采集水源水样18份,水碘为0.60~10.25 μg/L.结论 宝鸡市人群碘营养总体上超出适宜水平,现行碘盐浓度有下调的空间,但要充分考虑不同缺碘地区和不同人群碘需求的差别.
目的 瞭解陝西省寶鷄市碘缺乏病防治現狀.方法 2009-2011年,按照《全國碘鹽鑑測方案》在寶鷄市12箇縣(區)開展碘鹽鑑測、兒童甲狀腺觸診調查.調查按照農村、城市分層進行,每箇縣(區)按層各抽取8~ 10歲兒童60名,採集尿樣測定尿碘.2011年,在採集兒童尿樣的傢中,採用“三日稱量法”進行人均日攝鹽量調查;選取代錶寶鷄不同地貌特徵的陳倉區、扶風縣、太白縣進行水碘和孕婦、哺乳期婦女尿碘調查,每箇縣(區)各抽查15人.尿碘和水碘測定採用砷鈰分光光度法.結果 2009-2011年,12箇縣(區)碘鹽覆蓋率均為100.00%(3468/3468),碘鹽閤格率、閤格碘鹽食用率均>99.00%.兒童甲狀腺腫大率依次為3.41%(87/2548)、3.06%(77/2520)、3.33%(84/2520),均<5%的國傢標準.2009-2011年,8~10歲兒童尿碘中位數依次為368.20、293.80、332.50μg/L,尿碘≥300 μg/L比例依次佔到瞭66.42%(797/1200)、48.05%(692/1440)、56.67%(816/1440).2011年,孕婦尿碘中位數為301.81 μg/L,哺乳期婦女尿碘中位數為329.79 μg/L;共調查1116戶傢庭,人均日鹽攝入量中位數是8.9 g;採集水源水樣18份,水碘為0.60~10.25 μg/L.結論 寶鷄市人群碘營養總體上超齣適宜水平,現行碘鹽濃度有下調的空間,但要充分攷慮不同缺碘地區和不同人群碘需求的差彆.
목적 료해합서성보계시전결핍병방치현상.방법 2009-2011년,안조《전국전염감측방안》재보계시12개현(구)개전전염감측、인동갑상선촉진조사.조사안조농촌、성시분층진행,매개현(구)안층각추취8~ 10세인동60명,채집뇨양측정뇨전.2011년,재채집인동뇨양적가중,채용“삼일칭량법”진행인균일섭염량조사;선취대표보계불동지모특정적진창구、부풍현、태백현진행수전화잉부、포유기부녀뇨전조사,매개현(구)각추사15인.뇨전화수전측정채용신시분광광도법.결과 2009-2011년,12개현(구)전염복개솔균위100.00%(3468/3468),전염합격솔、합격전염식용솔균>99.00%.인동갑상선종대솔의차위3.41%(87/2548)、3.06%(77/2520)、3.33%(84/2520),균<5%적국가표준.2009-2011년,8~10세인동뇨전중위수의차위368.20、293.80、332.50μg/L,뇨전≥300 μg/L비례의차점도료66.42%(797/1200)、48.05%(692/1440)、56.67%(816/1440).2011년,잉부뇨전중위수위301.81 μg/L,포유기부녀뇨전중위수위329.79 μg/L;공조사1116호가정,인균일염섭입량중위수시8.9 g;채집수원수양18빈,수전위0.60~10.25 μg/L.결론 보계시인군전영양총체상초출괄의수평,현행전염농도유하조적공간,단요충분고필불동결전지구화불동인군전수구적차별.
Objective To learn the control status of iodine deficiency disorders in Baoji City of Shaanxi Province.Methods From 2009 to 2011,according to the "National Iodized Salt Monitoring Program",the iodized salt was monitored,and thyroid was examined in 12 counties(areas) of Baoji City.According to rural and urban area stratification,60 children aged 8 to 10 were selected in each county(district),and their urine samples were collected for determination of iodine content.In 2011,per capita daily salt intake was surveyed by the "three weighing method" at children's home whose urine was collected.Chencang Area,Fufeng County and Taibai County,representatives of Baoji City different geomorphic features were selected for investigation of water iodine,and urinary iodine of pregnant and lactating women,and 15 people were selected in each county (district).Results From 2009-2011,in the 12 counties(areas) in Baoji City,the coverage rate of iodized salt was all 100.00%(3468/3468); the qualified rate of iodized salt and the consumption rate of qualified iodized salt were all > 99.00%.Children's goiter rate was 3.41%(87/2548),3.06%(77/2520) and 3.33%(84/2520),and they were all less than that of the national standard (< 5%).Medians of urinary iodine of 8-10 years old children were 368.20,293.80 and 332.50 μg/L,respectively,and the ratios of urine iodine ≥300 μg/L were accounted for 66.42% (797/1200),48.05%(692/1440) and 56.67%(816/1440),respectively.Median urinary iodine of pregnant women was 301.81 μg/L and lactating women was 329.79 μg/L.A total of 1116 households were investigated,the median of "per capita daily salt intake" was 8.9 g.Eighteen water samples were collected,range of water iodine value were 0.60-10.25 μg/L.Conclusions Iodine nutrition in general population of Baoji City is exceeded the optimum level,and the current iodized salt concentration has some down space,but fully consideration should be taken on iodine needs in different iodine deficiency areas and among different groups of people.