Time required to process three Baermann techniques.

NIAID Data Ecosystem2026-03-12 收录

寄生虫检测方法比较

实验室操作时间分析

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Time required to process three Baermann techniques.

创建时间：

2021-02-18

Egg recovery for microscopic validation of qPCR and comparison with the KK and qPCR.

寄生虫检测方法比较

粪便虫卵定量

Microscopic validation used a modified FEA-SD (Formalin ethyl-acetate sedimentation) technique applied to 20 randomly selected samples. The total weight used for the modified FEA-SD is shown in column

NIAID Data Ecosystem50

A Comparison of Multiple Methods for Estimating Parasitemia of Hemogregarine Hemoparasites (Apicomplexa: Adeleorina) and Its Application for Studying Infection in Natural Populations

寄生虫检测方法比较

宿主-寄生虫感染生态

Identifying factors influencing infection patterns among hosts is critical for our understanding of the evolution and impact of parasitism in natural populations. However, the correct estimation of in

NIAID Data Ecosystem40

Prevalence of Strongyloides stercoralis infection obtained by Urine-based DNA detection and NIE-ELISA serology and coprology.

类圆线虫

寄生虫检测方法比较

Prevalence of Strongyloides stercoralis infection obtained by Urine-based DNA detection and NIE-ELISA serology and coprology.

NIAID Data Ecosystem20

Summary of iELISA and IFAT results with single recombinant protein results using field sera collected from different locations endemic for B. caballi.

马巴贝斯虫病血清学诊断

寄生虫检测方法比较

Summary of iELISA and IFAT results with single recombinant protein results using field sera collected from different locations endemic for B. caballi.

Figshare2023-04-14 更新50

Relative prevalence, sensitivity, and specificity of blood microscopy and PCR for T . annulata detection.

牛泰勒虫病诊断

寄生虫检测方法比较

Relative prevalence, sensitivity, and specificity of blood microscopy and PCR for T. annulata detection.

NIAID Data Ecosystem20