中国地方病学杂志
中國地方病學雜誌
중국지방병학잡지
CHINESE JOURNAL OF ENDEMIOLOGY
2008年
5期
545-547
,共3页
王金彪%边建朝%王晓明%王玲芳%蒋雯%郭晓尉
王金彪%邊建朝%王曉明%王玲芳%蔣雯%郭曉尉
왕금표%변건조%왕효명%왕령방%장문%곽효위
饮水%尿%碘%甲状腺肿,地方性
飲水%尿%碘%甲狀腺腫,地方性
음수%뇨%전%갑상선종,지방성
Drinking water%Urine%Iodine%Goiter,endemic
目的 了解山东省高碘水源分布和儿童甲状腺肿流行情况,探讨高碘对人体的危害.方法 在山东省郓城、嘉祥、东昌府3个县(区)的每个乡(镇)各抽取5个自然村,采集饮用水样检测含碘量,水碘测定采用砷铈氧化还原法.在饮水含碘量为150~300μg/L的13个乡(镇),每个乡分别选200名8~10岁儿童进行甲状腺触诊检查,从中选100例做尿碘检查,尿碘检测采用硫酸铵消化砷铈催化分光光度法,再从100例中选50例进行甲状腺B超检查.结果 3个县(区)均有高水碘乡(镇)存在,全部56个乡(镇)中,水碘超过150μg/L的乡(镇)有30个,其中水碘为150~300μg/L的乡(镇)有17个.在13个高碘调查乡(镇)中,有11个乡(镇)尿碘中位数超过400μg/L,其中3个已超过800μg/L;8~10岁儿童甲状腺肿大率触诊法有11个乡镇>5%,B超法有9个乡镇>5%,4个乡镇<5%.结论 黄河下游山东省境内存在着水源性高碘地区和地方性高碘甲状腺肿病区,表明水源性高碘对这一地区已经形成了较为严重的危害.应采取积极措施对这一地方性疾病进行有效地控制.
目的 瞭解山東省高碘水源分佈和兒童甲狀腺腫流行情況,探討高碘對人體的危害.方法 在山東省鄆城、嘉祥、東昌府3箇縣(區)的每箇鄉(鎮)各抽取5箇自然村,採集飲用水樣檢測含碘量,水碘測定採用砷鈰氧化還原法.在飲水含碘量為150~300μg/L的13箇鄉(鎮),每箇鄉分彆選200名8~10歲兒童進行甲狀腺觸診檢查,從中選100例做尿碘檢查,尿碘檢測採用硫痠銨消化砷鈰催化分光光度法,再從100例中選50例進行甲狀腺B超檢查.結果 3箇縣(區)均有高水碘鄉(鎮)存在,全部56箇鄉(鎮)中,水碘超過150μg/L的鄉(鎮)有30箇,其中水碘為150~300μg/L的鄉(鎮)有17箇.在13箇高碘調查鄉(鎮)中,有11箇鄉(鎮)尿碘中位數超過400μg/L,其中3箇已超過800μg/L;8~10歲兒童甲狀腺腫大率觸診法有11箇鄉鎮>5%,B超法有9箇鄉鎮>5%,4箇鄉鎮<5%.結論 黃河下遊山東省境內存在著水源性高碘地區和地方性高碘甲狀腺腫病區,錶明水源性高碘對這一地區已經形成瞭較為嚴重的危害.應採取積極措施對這一地方性疾病進行有效地控製.
목적 료해산동성고전수원분포화인동갑상선종류행정황,탐토고전대인체적위해.방법 재산동성운성、가상、동창부3개현(구)적매개향(진)각추취5개자연촌,채집음용수양검측함전량,수전측정채용신시양화환원법.재음수함전량위150~300μg/L적13개향(진),매개향분별선200명8~10세인동진행갑상선촉진검사,종중선100례주뇨전검사,뇨전검측채용류산안소화신시최화분광광도법,재종100례중선50례진행갑상선B초검사.결과 3개현(구)균유고수전향(진)존재,전부56개향(진)중,수전초과150μg/L적향(진)유30개,기중수전위150~300μg/L적향(진)유17개.재13개고전조사향(진)중,유11개향(진)뇨전중위수초과400μg/L,기중3개이초과800μg/L;8~10세인동갑상선종대솔촉진법유11개향진>5%,B초법유9개향진>5%,4개향진<5%.결론 황하하유산동성경내존재착수원성고전지구화지방성고전갑상선종병구,표명수원성고전대저일지구이경형성료교위엄중적위해.응채취적겁조시대저일지방성질병진행유효지공제.
Objective To investigate the danger of iodine excess for people in the downstream area of Yellow River in Shandong Province by describing the distribution of iodine excess water and the gorer of children Methods Water samples were collected from 5 villages of every town of Yuncheng,Jiaxiang and Dongchangfu Counties to determine the iodine of the water using arsenic cerium oxidation reduction method.In the 5 towns having water iodine in the range of 150~300μg/L,200 students aged from 8~10 years received the paJpation of thyroid,half of them were also measured of urinary iodine with As3+-Ce4+ catalytic spectrophotometry using ammonium persulfate digestion method,and 50 of the 100 students further underwent thyroid B-ultrasound.Results Three counties all have high iodine towns.The medium of urinary iodine of 30 town8 in 56 towns was higher than 150μg/L Urinary iodine and sign detection were performed in 13 towns,where water iodine was between 150~ 300μg/L;the medium ofurinary iodine of 11 towns were higherthan 400μg/L,and 3 of the 11 towns were higher than 800μg/L.In all 13 towns,the goiter rate of the students aged 8 to 10 years exceeded 5%by palpation in 11 towns:exceeded 5% by B-ultrasound method in 9 towns.Conclusions There are areas of iodine excess in drinking water and iodine-excess endemic goiter prevails in downstream area of the Yellow River in Shandong Province.It indicates that iodine excess in drinking water has done severe harm in these areas. Active management
should be taken to control this endemic disease.