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肯尼亚巴林戈区用于黑热病血清学诊断和血清流行病学研究的视觉读取酶联免疫吸附测定(ELISA)评估。

Evaluation of a visually read ELISA for serodiagnosis and sero-epidemiological studies of kala-azar in the Baringo District, Kenya.

作者信息

Jahn A, Diesfeld H J

出版信息

Trans R Soc Trop Med Hyg. 1983;77(4):451-4. doi: 10.1016/0035-9203(83)90110-4.

Abstract

ELISA for detecting leishmanial antibodies was established at Baringo District Hospital Kabarnet, Kenya, and successfully applied in clinical routine and sero-epidemiological surveys. To simplify the procedure and to make it more economical, ELISA was read as visual endpoint titre and blood was collected by the blotting paper method. 63 parasitologically confirmed kala-azar patients all showed a diagnostic IgG specific ELISA titre of 1:27,000 or more, which indicates a sensitivity of 100%. 11 of 14 persons found with this diagnostic titre during a house-to-house survey in a known focus of kala-azar could be confirmed parasitologically. Two more showed typical signs and symptoms of kala-azar and were successfully treated accordingly. Controls from unaffected areas were all negative. Low titres of 1:1000 and 1:3000 were observed in healthy individuals from foci of kala-azar, but could be easily distinguished from active cases. ELISA has been shown to be a convenient and reliable method for the serodiagnosis of East African kala-azar. The technique can be integrated into the routine work of a clinical laboratory at the level of a district hospital, without sophisticated equipment and with a minimum of funds. Blood of suspected kala-azar cases can be collected on blotting paper in dispensaries and health centres near known foci and sent to the laboratory.

摘要

用于检测利什曼原虫抗体的酶联免疫吸附测定(ELISA)在肯尼亚巴林戈区卡巴内特医院建立,并成功应用于临床常规检测和血清流行病学调查。为简化操作流程并降低成本,ELISA采用目测终点效价进行判读,血液采集采用滤纸法。63例经寄生虫学确诊的黑热病患者的ELISA检测结果均显示,其IgG特异性效价为1:27,000或更高,表明该检测方法的灵敏度为100%。在已知黑热病疫区内逐户调查中,检测出具有该诊断效价的14人中,有11人经寄生虫学确诊。另外两人表现出典型的黑热病症状体征,并据此得到成功治疗。来自非疫区的对照样本均为阴性。在黑热病疫区内的健康个体中观察到低水平效价,分别为1:1000和1:3000,但很容易与活动病例区分开来。ELISA已被证明是东非黑热病血清学诊断的一种便捷可靠的方法。该技术可整合到地区医院临床实验室的日常工作中,无需复杂设备,所需资金最少。疑似黑热病病例的血液可在已知疫区附近的药房和健康中心用滤纸采集后送往实验室。

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