医学研究与教育
醫學研究與教育
의학연구여교육
MEDICAL RESEARCH AND EDUCATION
2014年
3期
51-53,65
,共4页
张进国%张保宗%郝云涛%付兰娥%杨艳亮
張進國%張保宗%郝雲濤%付蘭娥%楊豔亮
장진국%장보종%학운도%부란아%양염량
缺碘地区%水碘%井深
缺碘地區%水碘%井深
결전지구%수전%정심
iodine deifcient area%water iodine%well depth
目的:探讨在缺碘地区饮用水碘含量与井深的关系,为碘缺乏病防治提供科学依据。方法按《河北省居民饮用水水碘含量调查方案》对易县居民饮用水开展水碘监测,水碘检测采用水中碘的砷铈催化分光光度测定法。对饮用水碘含量与井深的关系进行相关性分析。结果井深<20.00 m,水碘均值在2.00μg/L以下。井深20.00~180.00 m,水碘均值在2.00μg/L以上。不同井深分组水碘均值均小于10μg/L。进行相关性分析,山地水碘含量与井深存在弱相关(r=0.165, P<0.05),其实际意义不大(r2=0.027);丘陵和平原水碘含量与井深无明显相关性(r=-0.078、-0.076,P均>0.05)。结论在易县现有水井中,无论井深浅水碘含量均很低,饮水碘含量与井深无明显相关性。
目的:探討在缺碘地區飲用水碘含量與井深的關繫,為碘缺乏病防治提供科學依據。方法按《河北省居民飲用水水碘含量調查方案》對易縣居民飲用水開展水碘鑑測,水碘檢測採用水中碘的砷鈰催化分光光度測定法。對飲用水碘含量與井深的關繫進行相關性分析。結果井深<20.00 m,水碘均值在2.00μg/L以下。井深20.00~180.00 m,水碘均值在2.00μg/L以上。不同井深分組水碘均值均小于10μg/L。進行相關性分析,山地水碘含量與井深存在弱相關(r=0.165, P<0.05),其實際意義不大(r2=0.027);丘陵和平原水碘含量與井深無明顯相關性(r=-0.078、-0.076,P均>0.05)。結論在易縣現有水井中,無論井深淺水碘含量均很低,飲水碘含量與井深無明顯相關性。
목적:탐토재결전지구음용수전함량여정심적관계,위전결핍병방치제공과학의거。방법안《하북성거민음용수수전함량조사방안》대역현거민음용수개전수전감측,수전검측채용수중전적신시최화분광광도측정법。대음용수전함량여정심적관계진행상관성분석。결과정심<20.00 m,수전균치재2.00μg/L이하。정심20.00~180.00 m,수전균치재2.00μg/L이상。불동정심분조수전균치균소우10μg/L。진행상관성분석,산지수전함량여정심존재약상관(r=0.165, P<0.05),기실제의의불대(r2=0.027);구릉화평원수전함량여정심무명현상관성(r=-0.078、-0.076,P균>0.05)。결론재역현현유수정중,무론정심천수전함량균흔저,음수전함량여정심무명현상관성。
Objective To explore the relationship between iodine content in drinking water and well depth in iodine deifciency area, and provide scientiifc basis for the development of prevention strategies to control iodine deifciency disorders. Methods According to the“Hebei Province resident drinking water iodine content survey program”, to carry water iodine monitoring for the residents of Yi County, water iodine contents were determined through arsenic cerium catalytic spectrophotometric method. Correlation analysis was carried out on the relationship between iodine content in drinking water and well depth. Results The water iodine average value of well depth was less than 20.00 m was 2.00μg/L or less. The water iodine average value of well depth between 20.00-180.00 m was 2.00μg/L or more. Iodine average value of different groups well depth was less than 10μg/L. By the correlation analysis, water iodine content and well depth existed the weak correlation in mountainous area(r=0.165, P<0.05), this situation had no true signiifcance(r2=0.027). There was no signiifcant correlation between water iodine content with well depth in hills and plain(r=-0.078, -0.076, P>0.05). Conclusion Water iodine content were very low, regardless of deep well or shallow well, and water iodine content has no correlation with well depth in existing wells in Yi County.