1994Journal of Bacteriology and VirologyRequires access

Microcarrier를 이용한 사람 폐세포에서 수두 바이러스의 증식

전복환, 박손용, 문홍모

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Abstract

A human embryonic lung fibroblast(LuMA) cell line was established for production of a live attenuated varicella-zoster virus vaccine. Using this cell line, we have investigated the possibili ty of using microcarrier culture system for producing cell-associated and cell-free varicellazoster virus. We have also investigated the utilization of glucose and amino acids during cell culture and virus propagation in microcarrier culture. It was found that no infectious cell-free viruses appear in the culture medium, and substantial decreases in cell density was observed a cell culture time increase. The cell-free varicella-zoster virus yield in microcarrier culture was much lower than that of the stationary T-flask culture.

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What this paper is about

A human embryonic lung fibroblast(LuMA) cell line was established for production of a live attenuated varicella-zoster virus vaccine. Using this cell line, we have investigated the possibili ty of using microcarrier culture system for producing cell-associated and cell-free varicellazoster virus. We have also investigated the utilization of glucose and amino acids during cell culture and virus propagation in microcarrier culture. It was found that no infectious cell-free viruses appear in the culture medium, and substantial decreases in cell density was observed a cell culture time increase. The cell-free varicella-zoster virus yield in microcarrier culture was much lower than that of the stationary T-flask culture.

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Available abstract

A human embryonic lung fibroblast(LuMA) cell line was established for production of a live attenuated varicella-zoster virus vaccine. Using this cell line, we have investigated the possibili ty of using microcarrier culture system for producing cell-associated and cell-free varicellazoster virus. We have also investigated the utilization of glucose and amino acids during cell culture and virus propagation in microcarrier culture. It was found that no infectious cell-free viruses appear in the culture medium, and substantial decreases in cell density was observed a cell culture time increase. The cell-free varicella-zoster virus yield in microcarrier culture was much lower than that of the stationary T-flask culture.

Key concepts: Microcarrier, Cell culture, Embryonic stem cell, Cell, Virology, Virus, Biology, Fibroblast

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Microcarrier를 이용한 사람 폐세포에서 수두 바이러스의 증식 — Research Paper | ScholarLens