片语

fta fluorescent treponal antibody荧光梅素螺旋链抗体

fluorescent antinuclear antibody test荧光抗核抗体试验

Fluorescent Protein Antibody Set荧光蛋白抗体设置

fluorescent treponemal antibody test荧光螺旋体抗体试验

fluorescent treponemal antibody荧光密螺旋体抗体

fluorescent E antibody荧光抗体

fluorescent antinuclear antibody technic荧光抗核抗体技术

fluorescent creponemal antibody荧光密螺旋体抗体

fluorescent rabies antibody荧光狂犬病抗体

英汉例句

• the artificial infectious goslings, embryos and natural cases were detected by direct fluorescent antibody test .

  采用直接荧光抗体试验对人工感染雏鹅、鹅胚及自然病例进行了检测。

• this experiment used indirect fluorescent antibody staining. thetest set up three methods of working procedure to f1987 new fombrial antigen.

  本次试验均采用了间接染色法，同时试验建立了三种方法对f1987新菌毛抗原的具体操作程序。

• therefore the indirect fluorescent antibody test might become a new method in the supplementary diagnosis and epidemic investigation of human clonorchiasis.

  提示本法可能成为华枝睪吸虫病辅助诊断和流行病学调查的一种新方法。

• the direct and indirect fluorescent antibody tests can be used to detect toxoplasma gondii cysts and tachyzoites efficiently in the materials of infected pigs.

  应用直接和间接荧光抗体法可有效地检出病料中的弓形体包囊和速殖子。

• aim: to evaluate the value of indirect fluorescent antibody test (ifat) in diagnosing trichinosis.

  目的：评价幼虫冰冻切片抗原间接荧光抗体试验（ifat）诊断旋毛虫病的价值。

• by fluorescent antibody staining , the result was easy to distinguish, but it needed fluorescence microscope;

  荧光抗体染色结果易分辨，但需具备荧光显微镜；

• although the fluorescent antibody or immunohistochemical techniques also provide a rapid diagnosis of sporotrichosis , they are not available in most clinical laboratories.

  尽管荧光性抗体试验或免疫组化技术也为孢子丝菌病提供了快速的诊断方法，但目前它们还不能被大多数临床实验室所采用。

• conclusion pkh26 staining combined with fluorescent antibody labeling and flow cytometry were powerful tools for analysis of proliferation of lymphocytes and their subsets.

  结论pkh26染色结合荧光抗体标记和流式细胞术，是分析淋巴细胞及其亚群增殖动力的有力工具。

• when some blind passages were done, specific fluorescent particles were detected in cell plasm by fluorescent antibody assays.

  如此经盲传若干代，可用荧光抗体检测到在细胞浆内有特异性的荧光颗粒出现。

• methods surveying epidemiologically the area with the indirect fluorescent antibody test(ifat)and checking the parasite rate again in 1999.

  方法于1999年再次应用ifat进行流行病学监测及原虫率考核。

• post mortem, the standard diagnostic technique is to detect rabies virus antigen in brain tissue by fluorescent antibody test.

  在尸检时，标準的诊断技术是通过荧光抗体试验检测脑组织中是否存在狂犬病毒抗原。

• methods rabies virus antigen was detected for the tissue samples (skin, cornea and brain) from the suspected rabies case by direct fluorescent antibody method (dfa).

  方法对疑似病例组织标本（皮肤、角膜、脑组织等）运用直接免疫荧光实验法检测狂犬病病毒抗原。

• the antigen location of schistosoma japonicum, clonorchis sinensis and paragonimus westermani were studied by using immunogold-silver staining(igss) and indirect fluorescent antibody test(ifat).

  应用免疫金银染色技术（igss）和间接荧光抗体试验（ifat）对日本血吸虫、华支睪吸虫和卫氏肺吸虫进行抗原定位的研究。

• the experimental results showed that the spleen, liver and heart could be the primary organs for the direct fluorescent antibody test.

  试验结果表明：水貂的脾脏、肝脏和心脏可作为直接免疫荧光抗体检测的首选器官。

• the clinical samples of csfv were examined by the assembled immunochromatographic strip, while they were also examined by both the fluorescent antibody test and rt-pcr.

  用试纸条对猪瘟可疑病料进行检测，同时用直接荧光抗体试验和rt-pcr做平行试验。

• fluorescent antibody tests on dead piglet tissues particularly tonsils. this is reliable and results are available in few hours.

  用荧光抗体试验检测死猪的组织，尤其是扁桃体。这种诊断结果很确实，可以在数小时内得到结果。