[黄热病病毒单克隆抗体]。

A S Novokhatskiĭ, S Ia Gaĭdamovich, T M Shutkova, E E Mel'nikova, T G Mikheeva
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引用次数: 0

摘要

一个技术含量很高的ye -2杂交细胞克隆被分离出来。该克隆产生针对黄热病病毒(达喀尔毒株)蛋白E的单克隆抗体。用极限稀释法克隆了一株yal -2杂交瘤。间接免疫荧光检测结果表明,培养液中特异性抗体滴度为1:128,腹水中特异性抗体滴度为1:10 . 240。yal -2抗体与森林-春脑炎、登革2型和登革4型病毒无交叉反应。在血凝抑制试验中,在1:50000的稀释条件下观察到ye -2腹水制剂的活性,而补体固定试验没有显示出这种活性。将yal -2细胞注入小鼠腹腔BALB/c诱导97%的普里斯坦致敏小鼠和90%的非致敏小鼠腹水肿瘤的发展。该杂交瘤成功地从小鼠移植到小鼠(观察期间超过20次),并保持高水平的特异性抗体分泌。由于ye -2杂交瘤的高腹水形成能力,使小鼠的细胞剂量从每只小鼠10(7)个减少到10(4)个。
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[Monoclonal antibodies to the yellow fever virus].

A highly technological Yel-2 hybrid cell clone was isolated. The clone produces monoclonal antibodies to protein E of the yellow fever virus (Dakar strain). The Yel-2 hybridoma was cloned by the method of limiting dilutions. By the data of indirect immunofluorescence the titre of the specific antibodies reached 1:128 in the culture fluid and 1:10240 in the ascitic fluid. The Yel-2 antibodies had no cross reactions with forest-spring encephalitis, Dengue 2 and Dengue 4 viruses. In the hemagglutination inhibition test the activity of the Yel-2 ascitic preparations was observed at a dilution of 1:50000 while the complement fixation test did not reveal it. Administration of the Yel-2 cells into the abdominal cavity of mice BALB/c induced development of ascitic tumors in 97 per cent of pristane-sensitized mice and in 90 per cent of nonsensitized mice. The hybridoma was successfully transplanted from mouse to mouse (more than 20 passages during the observation period) and maintained high constant levels of specific antibody secretion. The high ascite forming capacity of the Yel-2 hybridoma provided decreasing of the cell dose administered to the mice from 10(7) to 10(4) cells per mouse.

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[Monoclonal antibodies to the yellow fever virus]. [Interferon and bacterial infections]. [Isolation, structure and biological action of yeast mannans]. [Effect of protoplast formation on the antibiotic activity of the Streptomyces fradiae 165 strain--a producer of tylosin]. [Preclinical toxicological study of the new antibiotic eremomycin. Its acute toxicity for laboratory animals].
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