Prokudina E N, Galegov G A, Semenova N P, Grigor'eva T A, Kalinina T S, Litvin A A, Stovbun S V, Sergienko V I
Antibiot Khimioter. 2006;51(6):7-10.
Mitogenic properties of panavir, as well as its effect on the grippe virus reproduction in cell systems in vitro and the effect on the survival of mice with the experimental grippe infection were studied. It was shown that panavir had no cytotoxic action whereas it was characterized by pronounced mitogenic activity and subsequently could be considered as a perspective immunomodulator. Under in vitro conditions with the use of relatively high doses for the cell contamination with the grippe virus, panavir lowered the virus production in the cell systems. When the contaminating doses were low, panavir inhibited the virus production detected at the early stages of the infection. In the in vivo studies on mice with the experimental grippe infection panavir showed antigrippe activity against both the romantadine resistant and the remantadine nonresistant populations of the grippe A virus.
研究了泛病毒的促有丝分裂特性,以及其对体外细胞系统中流感病毒繁殖的影响和对实验性流感感染小鼠存活率的影响。结果表明,泛病毒没有细胞毒性作用,但其具有明显的促有丝分裂活性,因此可被视为一种有前景的免疫调节剂。在体外条件下,使用相对高剂量的流感病毒污染细胞时,泛病毒可降低细胞系统中的病毒产量。当污染剂量较低时,泛病毒可抑制感染早期检测到的病毒产生。在对实验性流感感染小鼠的体内研究中,泛病毒对甲型流感病毒的金刚烷胺耐药和非耐药群体均显示出抗流感活性。