Gassenmaier A, Lammel M, Pfister H
J Virol. 1984 Dec;52(3):1019-23. doi: 10.1128/JVI.52.3.1019-1023.1984.
Five human papillomavirus (HPV) DNAs from lesions of an epidermodysplasia verruciformis patient were cloned in lambda L 47: DNA of HPV 5, which predominated in the carcinoma; DNA of a variant type of HPV 8, which was not detected in the carcinoma DNA by Southern blot hybridization but only by cloning; and DNAs of three papillomaviruses that were isolated from warts. Southern blot and liquid phase DNA-DNA hybridization under stringent conditions showed that the three viruses from warts were new types, which we named HPVs 19, 20, and 25. These viruses cross-hybridized between 3 and 29% among themselves and with HPVs 5 and 8. After physical mapping with several restriction enzymes, the colinear genomes were aligned with HPV 8 DNA to define early and late regions. HPVs 8, 19, and 25 shared homology in different parts of their genomes.
从一名疣状表皮发育不良患者的病变组织中克隆出5种人乳头瘤病毒(HPV)DNA,这些DNA被克隆到λL 47载体中:HPV 5的DNA,在癌组织中占主导地位;一种HPV 8变异型的DNA,通过Southern印迹杂交在癌组织DNA中未检测到,仅通过克隆才得以发现;以及从疣中分离出的3种乳头瘤病毒的DNA。在严格条件下进行的Southern印迹和液相DNA - DNA杂交显示,这3种来自疣的病毒是新型病毒,我们将其命名为HPV 19、HPV 20和HPV 25。这些病毒彼此之间以及与HPV 5和HPV 8之间的交叉杂交率在3%至29%之间。在用几种限制性酶进行物理图谱分析后,将共线性基因组与HPV 8 DNA进行比对以确定早期和晚期区域。HPV 8、HPV 19和HPV 25在其基因组的不同部分具有同源性。