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Analysis of laboratory tests results for Salmonella infections performed since 2008 to 2014 in Poland

机译:自2008年至2014年以来,在波兰自2008年至2014年进行的实验室检验结果

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INTRODUCTION: Next to official surveillance system in Poland, established by Public Statistic Act in 1995, other surveillance data collection system exists - historically connected with Ministry of Health Decree, which is not in force from 1995 y. Data in this system comes from National Sanitary Inspection laboratories and contains results of clinical samples examinations for Salmonella and Shigella presence. INTRODUCTION: Next to official surveillance system in Poland, established by Public Statistic Act in 1995, other surveillance data collection system exists - historically connected with Ministry of Health Decree, which is not in force from 1995 y. Data in this system comes from National Sanitary Inspection laboratories and contains results of clinical samples examinations for Salmonella and Shigella presence. MATERIAL AND METHODS: Analysed data were collected since 2007 to 2014 y. Database has been created, which contains data - results of Salmonella / Shigella (SS) detection in faecal samples, rectal swabs, urine samples, blood samples collected from patients, people exposed in outbreaks, Salmonella carriers, food workers and other people. MATERIAL AND METHODS: Analysed data were collected since 2007 to 2014 y. Database has been created, which contains data - results of Salmonella / Shigella (SS) detection in faecal samples, rectal swabs, urine samples, blood samples collected from patients, people exposed in outbreaks, Salmonella carriers, food workers and other people. RESULTS: The number of performed tests for SS in 2014 is 447033. Systematic decrease of this number has been observed since 2008. Most common material tested for SS was stool samples, then rectal swabs. Number of Salmonella identification going down each year during analysed time. The highest decrease in group of sick people has been observed. Most common serotype in 2008-2014 years was S. Enteritidis, then S. Typhimurium. Only in 2010 y. second most common serotype was S. Mbandaka. In 2014 y. highest number of S. enterica 1,4,[5],12:i:- has been observed (37 cases). RESULTS: The number of performed tests for SS in 2014 is 447033. Systematic decrease of this number has been observed since 2008. Most common material tested for SS was stool samples, then rectal swabs. Number of Salmonella identification going down each year during analysed time. The highest decrease in group of sick people has been observed. Most common serotype in 2008-2014 years was S. Enteritidis, then S. Typhimurium. Only in 2010 y. second most common serotype was S. Mbandaka. In 2014 y. highest number of S. enterica 1,4,[5],12:i:- has been observed (37 cases). CONCLUSIONS: The reason of decreased number of performed SS test and positive Salmonella results is unclear. One of theories is decreased level of quality of SS diagnostic. From the other hand, decreased number of false-positive Salmonella identification outside of National Sanitary Inspection laboratories is observed. This demonstrates improving quality of Salmo nella diagnostic in laboratories performing such tests. High disproportion between number of Salmonella cases in described database and official notification system is observed. It comes from, that both systems collect different data. Both systems could exist independently and could supplement each-other. CONCLUSIONS: The reason of decreased number of performed SS test and positive Salmonella results is unclear. One of theories is decreased level of quality of SS diagnostic. From the other hand, decreased number of false-positive Salmonella identification outside of National Sanitary Inspection laboratories is observed. This demonstrates improving quality of Salmo nella diagnostic in laboratories performing such tests. High disproportion between number of Salmonella cases in described database and official notification system is observed. It comes from, that both systems collect different data. Both systems could exist independently and could supplement each-other.
机译:介绍:在波兰官方监控系统旁边,由1995年公共统计法案建立,存在其他监督数据收集系统 - 历史与卫生部联系,1995年不生效。该系统中的数据来自国家卫生检查实验室,并含有临床样本对沙门氏菌和志古氏体存在的结果。介绍:在波兰官方监控系统旁边,由1995年公共统计法案建立,存在其他监督数据收集系统 - 历史与卫生部联系,1995年不生效。该系统中的数据来自国家卫生检查实验室,并含有临床样本对沙门氏菌和志古氏体存在的结果。材料和方法:自2007年至2014年以来分析数据。已经创建了数据库,其中包含数据 - 粪便样本中的沙门氏菌/志贺卡(SS)检测的数据,直肠拭子,尿液样本,从患者收集的血液样本,暴露在爆发中,沙门氏菌,食品工人和其他人。材料和方法:自2007年至2014年以来分析数据。已经创建了数据库,其中包含数据 - 粪便样本中的沙门氏菌/志贺卡(SS)检测的数据,直肠拭子,尿液样本,从患者收集的血液样本,暴露在爆发中,沙门氏菌,食品工人和其他人。结果:2014年SS的执行测试数量为447033.自2008年以来,已观察到该数量的系统减少。对于SS测试的大多数常见材料是粪便样本,然后是直肠拭子。在分析时间期间每年的沙门氏菌鉴定的数量。观察到病人组的最高减少。大多数常见的血清型在2008 - 2014年是S. Enteritidis,然后是S. Typhimurium。只在2010年y。第二个最常见的血清型是S. Mbandaka。 2014年。 S.肠1,4,[5],12:I: - 已被观察到最多(37例)。结果:2014年SS的执行测试数量为447033.自2008年以来,已观察到该数量的系统减少。对于SS测试的大多数常见材料是粪便样本,然后是直肠拭子。在分析时间期间每年的沙门氏菌鉴定的数量。观察到病人组的最高减少。大多数常见的血清型在2008 - 2014年是S. Enteritidis,然后是S. Typhimurium。只在2010年y。第二个最常见的血清型是S. Mbandaka。 2014年。 S.肠1,4,[5],12:I: - 已被观察到最多(37例)。结论:表演SS测试数量下降的原因和阳性沙门氏菌结果尚不清楚。 SS诊断的质量水平下降之一。从另一方面,观察到在国家卫生检查实验室之外的假阳性沙门氏菌数量下降。这证明了在执行此类测试的实验室中提高Salmo Nella诊断的质量。观察到描述数据库中的沙门氏菌数量和官方通知系统之间的高歧化。它来自,两个系统都收集了不同的数据。两个系统都可以独立存在并且可以补充每个系统。结论:表演SS测试数量下降的原因和阳性沙门氏菌结果尚不清楚。 SS诊断的质量水平下降之一。从另一方面,观察到在国家卫生检查实验室之外的假阳性沙门氏菌数量下降。这证明了在执行此类测试的实验室中提高Salmo Nella诊断的质量。观察到描述数据库中的沙门氏菌数量和官方通知系统之间的高歧化。它来自,两个系统都收集了不同的数据。两个系统都可以独立存在并且可以补充每个系统。

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