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首页> 外文期刊>Clinica chimica acta: International journal of clinical chemistry and applied molecular biology >Role of training activities for the reduction of pre-analytical errors in laboratory samples from primary care.
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Role of training activities for the reduction of pre-analytical errors in laboratory samples from primary care.

机译:培训活动对减少初级保健实验室样品中的分析前错误的作用。

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The presence of pre-analytical errors (PE) is a usual contingency in laboratories. The incidence may increase where it is difficult to control that period, as it is the case with samples sent from primary care (PC) to clinical reference laboratory. Detection of a large number of PE in PC samples in our Institution led to the development and implementation of preventive strategies. The first of these has been the realization of a cycle of educational sessions for PC nurses, followed by the evaluation of their impact on PE number.The incidence of PE was assessed in two periods, before (October-November 2007) and after (October-November, 2009) the implementation of educational sessions. Eleven PC centers in the urban area and 17 in the rural area participated. In the urban area, samples were withdrawn by any PC nurse; in the rural area, samples were obtained by the patient's reference nurse. The types of analyzed PE included missed sample (MS), hemolyzed sample (HS), coagulated sample (CS), incorrect sample (ISV) and others (OPE), such as lipemic or icteric serum or plasma.In the former period, we received 52,669 blood samples and 18,852 urine samples, detecting 3885 (7.5%) and 1567 (8.3%) PEs, respectively. After the educational intervention, there were 52,659 and 19,048 samples with 5057 (9.6%) and 1.256 (6.5%) PEs, respectively (p<0.001). According to the type of PE, the incidents compared before and after compared incidences were: MS, 4.8% vs. 3.8%, p<0.001; HS, 1.97% vs. 3.9%, p<0.001; CS, 0.54% vs. 0.25%, p<0.001; ISV, 0.15% vs. 0.19% p=0.08; and OPE, 0.3% vs. 0.42%, p<0.001.Surprisingly the PE incidence increased after the educational intervention, although it should be noted that it was primarily due to the increase of HS, as the other EP incidence decreased (MS and CS) or remained unchanged (ISV). This seems to indicate the need for a comprehensive approach to reduce the incidence of errors in the pre-analytical period, as one stage interventions do not seem to be effective enough.
机译:分析前错误(PE)的存在是实验室中的常见意外情况。在难以控制该时期的情况下,发病率可能会增加,例如从基层医疗(PC)发送到临床参考实验室的样本就是这种情况。在我们机构中检测到PC样品中大量的PE导致制定和实施了预防策略。首先是实现了针对PC护士的教育课程的循环,然后评估了其对PE人数的影响。在两个时期(2007年10月至11月)和之后(10月)对PE的发生率进行了评估。 -2009年11月)实施教育会议。市区有11个PC中心,农村有17个PC中心。在市区,任何PC护士都抽取了样本;在农村地区,样本是由患者的参考护士采集的。被分析的PE的类型包括漏检样品(MS),溶血样品(HS),凝结样品(CS),不正确样品(ISV)和其他(OPE),例如脂血性或黄疸性血清或血浆。接受了52,669份血液样本和18,852份尿液样本,分别检测到3885个(7.5%)和1567个(8.3%)PE。经过教育干预后,分别有52,659和19,048个样本具有5057个(9.6%)和1.256(6.5%)个PE(p <0.001)。根据PE的类型,在比较之前和之后比较的事件分别为:MS,4.8%对3.8%,p <0.001; HS,1.97%对3.9%,p <0.001; CS,0.54%和0.25%,p <0.001;独立软件开发商(ISV):0.15%和0.19%,p = 0.08;和OPE,分别为0.3%和0.42%,p <0.001。令人惊讶的是,在教育干预后,PE发生率增加了,尽管应该注意的是,这主要是由于HS的增加,而其他EP发生率却下降了(MS和CS )或保持不变(ISV)。这似乎表明需要采取一种综合的方法来减少分析前期的错误发生率,因为一个阶段的干预措施似乎还不够有效。

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