Thornton B, McEntee I D, Griffiths B
Dev Biol Stand. 1985;60:475-81.
The failure of microcarrier systems to provide significant quantities of infectious Herpes simplex virus (HSV) for vaccine production purposes led to an assessment of glass bead column cultures for this requirement. Glass bead columns giving approximately 12000 cm2 culture surface areas have been inoculated at various densities with MRC-5 cells, grown to confluency (as determined by steady state glucose utilization) and infected with HSV. The culture system proved at least as effective as comparable roller bottle cultures.
微载体系统无法为疫苗生产提供大量的感染性单纯疱疹病毒(HSV),因此针对这一需求对玻璃珠柱培养进行了评估。已将表面积约为12000平方厘米的玻璃珠柱以不同密度接种MRC-5细胞,培养至汇合状态(通过稳态葡萄糖利用来确定),然后用HSV进行感染。结果证明该培养系统至少与类似的滚瓶培养一样有效。