热带病与寄生虫学
熱帶病與寄生蟲學
열대병여기생충학
TROPICAL DISEASES AND PARASITOLOGY
2015年
2期
69-71,78
,共4页
碘盐%调整%碘营养
碘鹽%調整%碘營養
전염%조정%전영양
Iodized salt%Adjustment%Iodine nutrition
目的:了解新标准碘盐供应对芜湖市居民碘营养状况的影响,为今后调整碘盐浓度提供依据。方法调查2011~2014年碘盐浓度调整前后芜湖市8个县(区)儿童、孕妇碘营养状况以及芜湖市居民食用盐状况。盐碘检测采用直接滴定法,川盐及其他强化食用盐采用仲裁法(GB/T 13025.7-1999);尿碘检测采用砷铈催化分光光度方法(WS/T 107-2006)。结果芜湖市2011~2014年分别采集食盐1968份、2280份、2340份、2280份;检测碘盐中位数分别为30.85mg/kg、26.79mg/kg、24.2mg/kg、23.3mg/kg;8~10岁儿童尿碘中位数分别为283.33μg/L、269.02μg/L、240.23μg/L、207.54μg/L;2012~2014年孕妇尿碘中位数分别为208.8μg/L、193.02μg/L、163.6μg/L。结论新标准碘盐满足了8~10岁儿童碘营养需求,但是孕妇存在碘营养不足的危险,需要加强对孕妇健康教育,提高孕妇补碘意识。
目的:瞭解新標準碘鹽供應對蕪湖市居民碘營養狀況的影響,為今後調整碘鹽濃度提供依據。方法調查2011~2014年碘鹽濃度調整前後蕪湖市8箇縣(區)兒童、孕婦碘營養狀況以及蕪湖市居民食用鹽狀況。鹽碘檢測採用直接滴定法,川鹽及其他彊化食用鹽採用仲裁法(GB/T 13025.7-1999);尿碘檢測採用砷鈰催化分光光度方法(WS/T 107-2006)。結果蕪湖市2011~2014年分彆採集食鹽1968份、2280份、2340份、2280份;檢測碘鹽中位數分彆為30.85mg/kg、26.79mg/kg、24.2mg/kg、23.3mg/kg;8~10歲兒童尿碘中位數分彆為283.33μg/L、269.02μg/L、240.23μg/L、207.54μg/L;2012~2014年孕婦尿碘中位數分彆為208.8μg/L、193.02μg/L、163.6μg/L。結論新標準碘鹽滿足瞭8~10歲兒童碘營養需求,但是孕婦存在碘營養不足的危險,需要加彊對孕婦健康教育,提高孕婦補碘意識。
목적:료해신표준전염공응대무호시거민전영양상황적영향,위금후조정전염농도제공의거。방법조사2011~2014년전염농도조정전후무호시8개현(구)인동、잉부전영양상황이급무호시거민식용염상황。염전검측채용직접적정법,천염급기타강화식용염채용중재법(GB/T 13025.7-1999);뇨전검측채용신시최화분광광도방법(WS/T 107-2006)。결과무호시2011~2014년분별채집식염1968빈、2280빈、2340빈、2280빈;검측전염중위수분별위30.85mg/kg、26.79mg/kg、24.2mg/kg、23.3mg/kg;8~10세인동뇨전중위수분별위283.33μg/L、269.02μg/L、240.23μg/L、207.54μg/L;2012~2014년잉부뇨전중위수분별위208.8μg/L、193.02μg/L、163.6μg/L。결론신표준전염만족료8~10세인동전영양수구,단시잉부존재전영양불족적위험,수요가강대잉부건강교육,제고잉부보전의식。
Objective To investigate the current iodine nutritional status in population in Wuhu City after practice of the new iodized salt concentration standard for scientific basis to accurately rectify the iodine supplementation in table salt. Methods Iodine nutrition status and dietary intake of salt were surveyed in chil?dren and pregnant women as well as civilians in 8 counties/districts in Wuhu City from 2011 to 2014. The salt iodine concentration was measured by direct titration technique, and the chuan salt and other fortified salt were tested by the method of arbitration (GB/T 13025.7-1999). Urinary iodine was determined with arsenic-ceri?um catalytic spectrophotometry (WS/T 107-2006). Results A total of 1968, 2280, 2340 and 2280 samples were respectively collected from 2011 to 2014, and corresponding median of salt iodine was 30.85mg/kg, 26.79mg/kg, 24.2mg/kg and 23.3mg/kg. The median of urinary iodine was 283.33μg/L,269.02μg/L, 240.23μg/L and 207.54μg/L, respectively for children aged between 8 and 10 years, and 208.8μg/L, 193.02μg/L and 63.6μg/L for pregnant women during 2012 and 2014. Conclusion The new standard of io?dized salt concentration may satisfy the essential iodine nutrition for children aged 8~10 years, yet iodine defi?ciency may be present in pregnant women, who are required to give health education to raise their awareness of individual iodine supplement.