Kaliuzhnaia A N, Trifonov V D, Zil'berman M I, Zalmanzon E S, Kaledin A S
Mol Gen Mikrobiol Virusol. 1988 Oct(10):45-8.
The comparative study of the dynamics of the main antigen (hexon) and viral DNA of the bovine adenovirus type 3 accumulation in the established cell line MDBK under the conditions of single- or multistep cycle of infection has been undertaken. The quantitative immunoelectrophoresis and immunoenzyme assay detected the viral antigens on the late stages of infection in the period of cellular monolayer degradation. The immunofluorescence reaction and histochemical immunoenzyme method detected the antigen in the infected cells concurrently with the primary expression of the viral cytopathic effect. The reaction of the spot molecular hybridization with the [32P]-DNA probes detected the viral DNA considerably earlier than the antigen was detected by the immunological methods, before the appearance of degenerative changes in the infected cells. Preference of the immunoenzyme assay and DNA-probes in diagnosis of the virus are discussed.
在单层或多步感染周期条件下,对牛3型腺病毒在已建立的MDBK细胞系中主要抗原(六邻体)和病毒DNA积累动态进行了比较研究。定量免疫电泳和免疫酶测定法在感染后期细胞单层降解期间检测到病毒抗原。免疫荧光反应和组织化学免疫酶法在病毒细胞病变效应初次表达时同时检测到感染细胞中的抗原。斑点分子杂交与[32P]-DNA探针反应检测病毒DNA比免疫方法检测抗原要早得多,在感染细胞出现退行性变化之前。讨论了免疫酶测定法和DNA探针在病毒诊断中的优势。