中国地方病学杂志
中國地方病學雜誌
중국지방병학잡지
CHINESE JOURNAL OF ENDEMIOLOGY
2011年
1期
103-106
,共4页
碘,缺乏症%实验室%质量控制
碘,缺乏癥%實驗室%質量控製
전,결핍증%실험실%질량공제
Iodine deficiency disorders%Laboratory%Quality control
目的 分析贵州省各级碘缺乏病(IDD)实验室外质控考核结果及网络运行情况,提高检查能力,为IDD流行病学监测和防治决策提供可靠的实验室质量保障.方法 对1999-2008年贵州省各级IDD实验室参加国家IDD参照实验室的外质控考核结果进行分析.结果 1999-2008年,贵州省省级实验室除2000年尿碘考核结果不合格外,其余9年均为合格;盐碘考核结果均为合格.贵州省市(州、地)级尿碘实验室反馈率,1999-2002年分别为88.9%(8/9)、66.7%(6/9)、77.8%(7/9)、66.7%(6/9),2003-2008年稳定在100%(9/9);合格率2007年达到100%外,其余9年在33.0%(3/9)～88.9%(8/9).2000-2008年盐碘实验室反馈率均为100%(9/9);2001-2003年合格率年分别为77.8%(7/9)、88.9%(8/9)、77.8%(7/9),2007年合格率为88.9%(8/9),其余5年为100%(9/9).县级盐碘实验室参加外质控考核反馈率,2000-2003年分别为66.7%(20/30)、90.0%(27/30)、80.0%(24/30)、96.7%(29/30),2006年为96.7%(29/30),其余4年均为100%(30/30);2000-2008年合格率在53.3%(16/30)～93.3%(28/30).结论 各级实验室外质控检测结果的准确性以及网络的正常运行,与IDD实验室条件和检测技术水平有关,与相关部门和专业机构的重视程度有关.
目的 分析貴州省各級碘缺乏病(IDD)實驗室外質控攷覈結果及網絡運行情況,提高檢查能力,為IDD流行病學鑑測和防治決策提供可靠的實驗室質量保障.方法 對1999-2008年貴州省各級IDD實驗室參加國傢IDD參照實驗室的外質控攷覈結果進行分析.結果 1999-2008年,貴州省省級實驗室除2000年尿碘攷覈結果不閤格外,其餘9年均為閤格;鹽碘攷覈結果均為閤格.貴州省市(州、地)級尿碘實驗室反饋率,1999-2002年分彆為88.9%(8/9)、66.7%(6/9)、77.8%(7/9)、66.7%(6/9),2003-2008年穩定在100%(9/9);閤格率2007年達到100%外,其餘9年在33.0%(3/9)～88.9%(8/9).2000-2008年鹽碘實驗室反饋率均為100%(9/9);2001-2003年閤格率年分彆為77.8%(7/9)、88.9%(8/9)、77.8%(7/9),2007年閤格率為88.9%(8/9),其餘5年為100%(9/9).縣級鹽碘實驗室參加外質控攷覈反饋率,2000-2003年分彆為66.7%(20/30)、90.0%(27/30)、80.0%(24/30)、96.7%(29/30),2006年為96.7%(29/30),其餘4年均為100%(30/30);2000-2008年閤格率在53.3%(16/30)～93.3%(28/30).結論 各級實驗室外質控檢測結果的準確性以及網絡的正常運行,與IDD實驗室條件和檢測技術水平有關,與相關部門和專業機構的重視程度有關.
목적 분석귀주성각급전결핍병(IDD)실험실외질공고핵결과급망락운행정황,제고검사능력,위IDD류행병학감측화방치결책제공가고적실험실질량보장.방법 대1999-2008년귀주성각급IDD실험실삼가국가IDD삼조실험실적외질공고핵결과진행분석.결과 1999-2008년,귀주성성급실험실제2000년뇨전고핵결과불합격외,기여9년균위합격;염전고핵결과균위합격.귀주성시(주、지)급뇨전실험실반궤솔,1999-2002년분별위88.9%(8/9)、66.7%(6/9)、77.8%(7/9)、66.7%(6/9),2003-2008년은정재100%(9/9);합격솔2007년체도100%외,기여9년재33.0%(3/9)～88.9%(8/9).2000-2008년염전실험실반궤솔균위100%(9/9);2001-2003년합격솔년분별위77.8%(7/9)、88.9%(8/9)、77.8%(7/9),2007년합격솔위88.9%(8/9),기여5년위100%(9/9).현급염전실험실삼가외질공고핵반궤솔,2000-2003년분별위66.7%(20/30)、90.0%(27/30)、80.0%(24/30)、96.7%(29/30),2006년위96.7%(29/30),기여4년균위100%(30/30);2000-2008년합격솔재53.3%(16/30)～93.3%(28/30).결론 각급실험실외질공검측결과적준학성이급망락적정상운행,여IDD실험실조건화검측기술수평유관,여상관부문화전업궤구적중시정도유관.
Objective To analyze the assessment results of iodine deficiency disorders(IDD) External Quality Control Laboratories at all levels in Guizhou province and the network operation to further standardize and improve the laboratory, improve network performance, provide reliable laboratory quality assurance for epidemiological surveillance and control of IDD and reliable decision-making. Methods The results of different level of IDD labs in Guizhou that took part in the entire country's IDD lab exo-network quality control examination of 1999 - 2008, which organized by the nation iodine deficiency disorder reference lab were analyzed. Results In the past 10 years, except the provincial laboratory examination results of urinary iodine in 2000 was failed, the other results were all qualified in the rest 9 years;iodized salt examination results were qualified. The urinary iodine laboratory response rate of Guizhou provinces and municipalities(state, district), from 1999 to 2002, were 88.9%(8/9), 66.7%(6/9), 77.8%(7/9), 66.7%(6/9), respectively, and the rate was stable at 100% from 2003 to 2008. Qualifying rate reached 100% in 2007, the remaining 9 years were 33.0%(3/9) - 88.9%(8/9). The iodized salt laboratory response rates were 100%(9/9) in 2000 - 2008. The pass rates were 77.8%(7/9), 88.9%(8/9),77.8%(7/9) from 2001 to 2003, 88.9%(8/9) in 2007, and the remaining 5 years 100%. Response rate of iodized salt laboratory at the county level that participated in the External Quality Control were 66.7% (20/30), 90.0%(27/30), 80.0% (24/30), 96.7% (29/30) from 2000 to 2003, respectively, and 2006 was 96.7% (29/30), and the remaining four years were all 100% (30/30). The pass rates in 2000 - 2008 were between 53.3% (16/30) -93.3%(28/30). Conclusions The accuracy of test results of external quality controls and the normal operation of the network at all levels of laboratories is closely related to the IDD laboratory conditions, detection techniques, and the degree of attention of relevant departments and professional bodies.
