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建立一种适合禽肺病毒繁殖的永生火鸡鼻甲细胞系。

Establishment of an immortal turkey turbinate cell line suitable for avian metapneumovirus propagation.

作者信息

Kong Byung-Whi, Foster Linda K, Foster Douglas N

机构信息

Center of Excellence for Poultry Science, University of Arkansas, Fayetteville, AR 72701, USA.

出版信息

Virus Res. 2007 Jul;127(1):106-15. doi: 10.1016/j.virusres.2007.03.028. Epub 2007 May 7.

Abstract

Until recently, there has not been a homologous avian cellular substrate which could continuously produce high titer avian metapneumovirus (AMPV); development of such a cell line should provide an excellent model system for studying AMPV infection. We have established a non-tumorigenic immortal turkey turbinate cell line (TT-1) to propagate sufficiently high AMPV titers. Currently, immortal TT-1 cells are growing continuously at 1.2-1.4 population doublings per day and are at passage 160. Kinetic analysis suggests that AMPV can infect and replicate more rapidly in TT-1 compared to Vero cells, although both cell types undergo apoptosis upon infection. The non-tumorigenic, reverse transcriptase negative TT-1 cell line can serve as an excellent homologous cellular substrate for virus propagation.

摘要

直到最近,还没有一种同源禽类细胞底物能够持续产生高滴度的禽偏肺病毒(AMPV);建立这样一种细胞系应该能为研究AMPV感染提供一个出色的模型系统。我们已经建立了一种非致瘤性永生火鸡鼻甲细胞系(TT-1),以产生足够高滴度的AMPV。目前,永生的TT-1细胞每天以1.2 - 1.4个群体倍增的速度持续生长,现处于第160代。动力学分析表明,与Vero细胞相比,AMPV在TT-1细胞中能够更快速地感染和复制,尽管两种细胞类型在感染后都会发生凋亡。这种非致瘤性、逆转录酶阴性的TT-1细胞系可以作为病毒增殖的优良同源细胞底物。

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