测量儿童身高、体重及尿碘水平。
The stature, weight and urinary iodine content of children were measured.
结果缺碘及补锌组尿碘水平降低；
Results In the groups of iodine deficeney and Zn- supplementation, I in urine decreased.
目的研制尿碘参考物质。
各组大鼠尿碘水平与饮水中碘含量相平行。
The level of excretion of urinary iodine is varied with the content of iodine in drinking water.
方法尿碘含量测定采用尿碘快速定量检测法。
为研究儿童尿碘水平与听力和语言智商的关系。
To study the relationship among the urinary iodine level, hearing and the verbal IQ of children.
目的对尿碘砷铈催化分光光度法的分析误差进行预评价。
Objective to evaluate the method of As-Ce catalysis spectrophotometry for detection of urine iodine.
其中尿碘用ADA冷消化砷铈催化法，甲肿率用触诊法。
The urine iodine level was determined by cold digested ADA and the goiter rate by palpation.
目的探讨绍兴地区补碘后甲状腺结节性疾病与尿碘的关系。
Objective To investigate the relationship between thyroid nodal diseases and urinary iodine after salt iodization in Shaoxing.
结果水碘与儿童尿碘、儿童甲肿率之间的关系出现不一致性。
Results The water iodine shows difference with urinary iodine and thyroid goiter rate.
妇女妊娠期不仅要进行尿碘监测，且应进行甲状腺功能筛查。
The screening for thyroid function is recommended for pregnant women besides monitoring routine urinary iodine.
方法采用酸消化-砷铈接触法测定426例早期妊娠妇女尿碘。
Methods: Urinary iodine of the 426 early pregnant women was determined by chloric acid-digestion and arsenic-cerium catalysis.
居民户碘盐和育龄妇女尿碘可作为县级IDD监测的主要指标。
Iodized salt at households and UI in women should be selected as major indicators of monitoring IDD at the level of county.
方法根据1995～2000年全省儿童尿碘监测结果进行统计分析。
Methods The results of urinary iodine of children were made by statistics analyses from 1995 to 2000 in whole province.
方法标准化的尿碘砷铈催化分光光度测定方法检测碘缺乏病监测尿样。
Methods To detect the urine samples by using the standard method. Results This standard method is sensitive and accurate.
目的：用酶标仪代替分光光度计比色提高尿碘检测速度及每次检测样品量。
Objective: Microplate reader replaces the spectrophotometer colorimetric to improving the analyzes speed and each time the urine iodine analyzes sample quantity.
正态检验结果表明，孕妇、正常男性和女性以及总体尿碘均属正偏态分布。
The result showed that the distribution of urine iodine in pregnant women, men, women and collectivity were alone to normal distribution after test of normality.
目的找出砷-铈催化分光光度法测定尿碘含量试验中较优的样品消化方法。
Objective Find out an optimum digesting method in the test of iodine in urine using As-Ce Catalytic Chromatographer.
缺碘地区孕妇临产时尿碘水平显著低于正常孕妇（P <0 .0 1）。
The urine iodine level of pregnant women from iodine deficient area before delivery was significantly lower than those of their counterparters (P<0.01).
方法：对妊娠、哺乳妇女尿碘排泄量、食盐食用量和加碘食盐碘含量同时进行测定。
Methods: Urinary iodine excretion, daily intake of salt and iodine concentration in iodized salt determines simultaneously in pregnant and lactating women.
本文对测定尿碘的方法作了简单介绍，并对使用碘离子选择性电极测定尿碘作了探讨。
This article generally introduces such methods to determine uric iodine and explores how to measure uric iodine with iodine ion selective electrode.
但部分儿童尿碘增高现象明显，提示可能有一部分人群为碘摄入过量，值得引起重视。
Urinary iodine of some children increased significantly, suggesting that the phenomenon of excessive iodine intake may exist in portion of the population and it's worthy of attention.
结果：儿童尿碘的变异在学校和个体水平均有统计学意义，尿碘与盐碘有显著相关关系。
Results:The urine iodine variation of the children was statistically significant at school and individual levels, and the urine iodine was significantly correlated with salt iodine.
结论1 。我省部分地区人群尿碘水平有偏高趋势，表明我省食盐加碘量有下调的必要。
Conclusion 1. The level of urine iodine in some areas is on the high side and it is necessary to reduce the iodine content in salt;
观察评价指标：8 ~10岁儿童甲状腺肿大率、尿碘水平、碘盐合格率和新生儿tsh。
Evaluation index: goiter rate and urine iodine level of the children aged 8 ~ 10, acceptance rate of iodized salt, and neonatal thyroid stimulating hormone (TSH).
目的：了解甲状腺结节性疾病与尿碘含量间的关系，探讨个体化补碘的依据、方法及临床意义。
Objectives: to study the relationship of thyroid diseases and urine iodine, and to discuss the bases, methods and clinic meanings of individual iodine supplement.
我们发现在同一地区母婴的尿碘无显著性差异，而碘预防区的母婴尿碘要比非病区大约高3倍。
The urinary iodine levels of mothers and newborns in iodine prophylaxis area were about 3 times higher than that in control area.
目的：了解萍乡农村地区8～10岁学龄儿童尿碘水平及甲状腺肿大率，并检测饮用水含碘量。
Objective: To study the level of urinary iodine and the prevalence of goiter in school children aged 8~ 10 , and to detect the contents of iodine in drinking water in a rural area of Pingxiang.
同时发现新生儿tsh水平与8 ~10岁儿童甲状腺肿大率及尿碘水平存在着严重分离现象。
We also found neonatal TSH was seriously separated from goiter rate and urinary iodine level of children (8 ~ 10 years old).
同时发现新生儿tsh水平与8 ~10岁儿童甲状腺肿大率及尿碘水平存在着严重分离现象。
We also found neonatal TSH was seriously separated from goiter rate and urinary iodine level of children (8 ~ 10 years old).
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