中国地方病学杂志
中國地方病學雜誌
중국지방병학잡지
CHINESE JOURNAL OF ENDEMIOLOGY
2009年
3期
302-305
,共4页
王锋锐%戴少慧%热比亚·阿布都%陈新%马合木提·阿热克拜%玛合布来提·夏米西丁%阎玉芹%陈祖培
王鋒銳%戴少慧%熱比亞·阿佈都%陳新%馬閤木提·阿熱剋拜%瑪閤佈來提·夏米西丁%閻玉芹%陳祖培
왕봉예%대소혜%열비아·아포도%진신%마합목제·아열극배%마합포래제·하미서정%염옥근%진조배
碘%妇女%甲状腺
碘%婦女%甲狀腺
전%부녀%갑상선
Iodine%Women%Thyroid
目的 研究不同碘营养水平对育龄妇女甲状腺功能的影响.方法 选择新疆巩留县和伊宁县各50名育龄妇女(非孕)作为碘充足组和碘缺乏组,按统一设计的调查项目表,逐项询问、检查、填写;内容包括家庭食用盐和饮用水的种类,个人甲状腺疾病史和甲状腺肿大情况.采集调查对象饮用水、食盐、尿液,分别用直接滴定法、砷铈催化分光光度法检测含碘量;采集并用化学发光免疫法检测静脉血清中的TSH、FT4、FT3水平.结果 碘缺乏组和碘充足组碘盐覆盖率分别为72%和100%,前者低于后者(χ2=16.28,P<0.01);尿碘中位数分别为95.5μg/L[四分位间距(QR)=50.0μg/L]和167.4μg/L(QR=186.4μg/L),前者低于后者(U=632.00,P<0.01);血清TSH中位数分别为2.56、1.88 mU/L,前者有高于后者的趋势,但差异无统计学意义(U=990.50,P>0.05);血清FT4分别为(14.7±2.0)、(17.0±3.8)pmoI/L,前者明显低于后者(t=3.76,P<0.01);血清FT3分别为(5.1±1.4)、(4.8±0.5)pmoI/L,二者比较差异无统计学意义(t=1.59,P>0.05);FT3/FT4比值分别为0.33±0.04、0.30±0.04,二者比较差异有统计学意义(t=3.13,P<0.01);甲状腺功能异常检出率分别为20.0%(10/50)、8.0%(4/50),二者比较差异无统计学意义(χ2=2.99,P>0.05).结论 育龄妇女的碘营养缺乏是导致自身甲状腺功能低下的主要原因,坚持长期食用碘盐是彻底纠正机体缺碘状况的最有效方法.
目的 研究不同碘營養水平對育齡婦女甲狀腺功能的影響.方法 選擇新疆鞏留縣和伊寧縣各50名育齡婦女(非孕)作為碘充足組和碘缺乏組,按統一設計的調查項目錶,逐項詢問、檢查、填寫;內容包括傢庭食用鹽和飲用水的種類,箇人甲狀腺疾病史和甲狀腺腫大情況.採集調查對象飲用水、食鹽、尿液,分彆用直接滴定法、砷鈰催化分光光度法檢測含碘量;採集併用化學髮光免疫法檢測靜脈血清中的TSH、FT4、FT3水平.結果 碘缺乏組和碘充足組碘鹽覆蓋率分彆為72%和100%,前者低于後者(χ2=16.28,P<0.01);尿碘中位數分彆為95.5μg/L[四分位間距(QR)=50.0μg/L]和167.4μg/L(QR=186.4μg/L),前者低于後者(U=632.00,P<0.01);血清TSH中位數分彆為2.56、1.88 mU/L,前者有高于後者的趨勢,但差異無統計學意義(U=990.50,P>0.05);血清FT4分彆為(14.7±2.0)、(17.0±3.8)pmoI/L,前者明顯低于後者(t=3.76,P<0.01);血清FT3分彆為(5.1±1.4)、(4.8±0.5)pmoI/L,二者比較差異無統計學意義(t=1.59,P>0.05);FT3/FT4比值分彆為0.33±0.04、0.30±0.04,二者比較差異有統計學意義(t=3.13,P<0.01);甲狀腺功能異常檢齣率分彆為20.0%(10/50)、8.0%(4/50),二者比較差異無統計學意義(χ2=2.99,P>0.05).結論 育齡婦女的碘營養缺乏是導緻自身甲狀腺功能低下的主要原因,堅持長期食用碘鹽是徹底糾正機體缺碘狀況的最有效方法.
목적 연구불동전영양수평대육령부녀갑상선공능적영향.방법 선택신강공류현화이저현각50명육령부녀(비잉)작위전충족조화전결핍조,안통일설계적조사항목표,축항순문、검사、전사;내용포괄가정식용염화음용수적충류,개인갑상선질병사화갑상선종대정황.채집조사대상음용수、식염、뇨액,분별용직접적정법、신시최화분광광도법검측함전량;채집병용화학발광면역법검측정맥혈청중적TSH、FT4、FT3수평.결과 전결핍조화전충족조전염복개솔분별위72%화100%,전자저우후자(χ2=16.28,P<0.01);뇨전중위수분별위95.5μg/L[사분위간거(QR)=50.0μg/L]화167.4μg/L(QR=186.4μg/L),전자저우후자(U=632.00,P<0.01);혈청TSH중위수분별위2.56、1.88 mU/L,전자유고우후자적추세,단차이무통계학의의(U=990.50,P>0.05);혈청FT4분별위(14.7±2.0)、(17.0±3.8)pmoI/L,전자명현저우후자(t=3.76,P<0.01);혈청FT3분별위(5.1±1.4)、(4.8±0.5)pmoI/L,이자비교차이무통계학의의(t=1.59,P>0.05);FT3/FT4비치분별위0.33±0.04、0.30±0.04,이자비교차이유통계학의의(t=3.13,P<0.01);갑상선공능이상검출솔분별위20.0%(10/50)、8.0%(4/50),이자비교차이무통계학의의(χ2=2.99,P>0.05).결론 육령부녀적전영양결핍시도치자신갑상선공능저하적주요원인,견지장기식용전염시철저규정궤체결전상황적최유효방법.
Objective To study the effects of different level of iodine nutrition on the thyroid function in women of reproductive age. Methods A total of 100 (50 from each) women of reproductive age but not pregnant were collected from iodine deficient and adequate areas. The questionnaire was obtained individually with items concerning personal history of thyroid diseases, goiters and category of edible salt and drinking water based on the project design. The household salt and drinking water were collected for measuring iodine content, and blood samples were obtained for TSH, FT4 and FT3 testing. Results The coverage of iodized salt and the median level of urinary iodine in iodine deficient women(72.0% and 95.5 μg/L) were obviously lower than that in iodine sufficient women(100.0% and 167.4 μg/L, χ2=16.28, U = 632.00, P < 0.01). Median level of serum TSH in iodine deficient women (2.56 m U/L) appeared in an increasing tendency compared to the iodine sufficient women (1.88 mU/L), but there was no significance (U=990.50, P > 0.05). Serum FT4 mean level in iodine deficient women [(14.7±2.0) pmol/L]was lower than that in iodine sufficient women[(17.0±3.8)pmoI/L, t=3.76, P<0.01]. There was no difference in serum FT3 between two group women[(5.1±1.4), (4.8±0.5)pmoI/L, t = 1.59, P > 0.05]; but FT3/FT4 ratio in iodine deficient women(0.33±0.04) was markedly higher than that in the iodine sufficient women(0.30±0.04, t=3.13, P<0.01). The percentage of thyroid dysfunction in iodine deficient women[20.0% (10/50)]was higher compared with the iodine sufficient women[8.0%(4/50)], but without significance(χ2=2.99, P>0.05). Conclusions Iodine deficiency is a primary cause leading to hypothyroid in women of reproductive age. Long term of iodized salt usage is an efficient way to correct iodine deficiency.