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首页> 外文期刊>Tropical Medicine and International Health: TM and IH >A clinical algorithm for the diagnosis of malaria: results of an evaluation in an area of low endemicity.
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A clinical algorithm for the diagnosis of malaria: results of an evaluation in an area of low endemicity.

机译:疟疾诊断的临床算法:低流行地区的评估结果。

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We conducted a study of 1945 children and 2885 adults who presented with fever to a hospital outpatients clinic in an urban area of India order to develop and evaluate a clinical algorithm for the diagnosis of malaria. Only 139 (7%) children and 349 (12%) adults had microscopically confirmed malaria. None of the symptoms or signs elicited from the respondents were good predictors of clinical malaria. Simple scores were derived through combining clinical features which were associated with slide positivity or were judged by clinicians to be important. The best-performing algorithms were a score of 4 clinical features in children (sensitivity 60.0% and specificity 61.2%) and a score of 5 in adults (sensitivity 54.6% and specificity 57.5%). The clinical features differed and algorithm performances were poorer than in previous studies in highly endemic areas. The conclusion is that malaria diagnosis in areas of low endemicity requires microscopy to be accurate.
机译:我们对印度市区的一家医院门诊诊所发烧的1945名儿童和2885名成人进行了一项研究,以开发和评估诊断疟疾的临床算法。在显微镜下确诊的疟疾只有139(7%)儿童和349(12%)成人。受访者引起的任何症状或体征均未预示临床疟疾。简单得分是通过结合与幻灯片阳性相关的临床特征得出的,或者被临床医生认为很重要的。表现最好的算法是儿童的4个临床特征得分(敏感性为60.0%,特异性为61.2%),成年人的得分为5(敏感性为54.6%,特异性为57.5%)。在高流行地区,临床特征有所不同,算法性能也较之前的研究差。结论是在低流行地区的疟疾诊断需要显微镜检查才能准确。

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