同经典的免疫学检测方法相比，现代分子生物学技术用于检测轮状病毒具有更高的灵敏性，特异性和样品检测的广泛性。
Compared with the classical immunological detection methods, the modern molecular biotechnology has a higher sensitivity, specificity and sample universality for the detection of rotavirus.
同时还建立了用反向间接血凝抑制(RIHI)试验检测人和动物血清轮状病毒抗体的方法。
Reverse indirect hemagglutination inhibition (RIHI) test was used in the detection of rotavirus serum antibody in cattle.
观察两组疗效，检测粪常规、粪培养、粪轮状病毒抗原及尿D-木糖含量。
The clinical efficacy was observed, routine scatologic analysis, scatologic cultivation, rotavirus antigen and urinary D-xylose content were detected.
本文对ELISA间接法检测人轮状病毒（RV）血清抗体的方法学进行了探讨。
The methodology of indirect ELISA for the detection of rotavirus (RV) serum antibody has been investigated.
本文建立了一种用于检测猪乳中抗轮状病毒免疫球蛋白A的ELISA方法。
An enzyme-linked immunosorbent assay (ELISA) method was developed to allow direct quantification of antirotavirus immunoglobulin A (IgA) in sow colostrum and milk.
方法采用环介导恒温扩增反应（LAMP）技术扩增轮状病毒特异性基因，并与传统PCR技术检测结果比较。
Methods The specific gene of rotavirus was amplified by LAMP, and compared with the detective result by PCR.
方法采用环介导恒温扩增反应（LAMP）技术扩增轮状病毒特异性基因，并与传统PCR技术检测结果比较。
Methods The specific gene of rotavirus was amplified by LAMP, and compared with the detective result by PCR.
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