[Hematological analyzer Sysmex XN-1000: Contribution of the "iRBC?" flag in the diagnostic guidance of malaria in endemic areas].

Oumar Sourabié, Stéphane Sidbewendin Nana, Wenceslas N'faa Soma, Djima Fahriane Dora Koulybari, Jérôme Debus, Salam Sawadogo, Koumpingnin Nébié, Eléonore Kafando
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Abstract

The Sysmex XN-1000 cellular hematology analyzers, widely used in Burkina Faso, can provide information on Plasmodium infection with the "iRBC?" flag triggered during a blood count. This study aims to evaluate the contribution of this alarm to the diagnostic orientation of malaria in an endemic area. The samples were collected between August and September 2023. The blood was sampled on EDTA tubes and the blood count was performed on the Sysmex XN-1000. The Sysmex XN-31 was used as a reference diagnostic method for malaria and identification of the Plasmodium falciparum species. Identification of the non-falciparum species and non-plasmodial inclusions was made on blood smears stained with the RAL MCDh kit. 148 samples were analyzed. Children under 5 years of age represent 63.5%, and females 52.7%. The "iRBC?" flag shows a PPV and an overall specificity to malaria of 100%. Depending on the species, the sensitivity was 12.3% (13/106) for P. falciparum and 83.3% (5/6) for P. malariae. Non-plasmodial inclusions were not associated with triggering this flag. This alarm triggered by the XN series automatons can help to anticipate the diagnosis of malaria. Particular attention from the biologist is necessary during biological validation: the presence of this alarm should lead to specific malaria research, but its absence should not lead to exclude malaria, especially with P. falciparum.

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[血液分析仪 Sysmex XN-1000:"iRBC? "标志对疟疾流行地区疟疾诊断指导的贡献]。
在布基纳法索广泛使用的Sysmex XN-1000细胞血液学分析仪可以通过在血细胞计数期间触发的“iRBC?”标志提供关于疟原虫感染的信息。本研究旨在评估该警报对疟疾流行地区的诊断方向的贡献。这些样本是在2023年8月至9月期间收集的。在EDTA管上采集血液,在Sysmex XN-1000上进行血液计数。采用Sysmex XN-31作为疟疾和恶性疟原虫鉴定的参考诊断方法。用RAL MCDh试剂盒对血涂片进行非恶性种和非疟原虫包涵体的鉴定。共分析148份样品。5岁以下儿童占63.5%,女性占52.7%。“iRBC?”标志显示PPV和对疟疾的总体特异性为100%。对恶性疟原虫和疟疾疟原虫的敏感性分别为12.3%(13/106)和83.3%(5/6)。非质体内含物与触发该标志无关。这种由XN系列自动装置触发的警报有助于预测疟疾的诊断。生物学家在生物学验证过程中必须给予特别关注:这种警报的存在应导致专门的疟疾研究,但不应导致排除疟疾,特别是恶性疟原虫。
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