作者
Francisca Monteiro, Vicente Bernal, Xavier Saelens, Ana B Lozano, Cristina Bernal, Angel Sevilla, Manuel JT Carrondo, Paula M Alves
发表日期
2014/4
期刊
Biotechnology and bioengineering
卷号
111
期号
4
页码范围
816-828
简介
Baculovirus infection boosts the host biosynthetic activity towards the production of viral components and the recombinant protein of interest, hyper‐productive phenotypes being the result of a successful adaptation of the cellular network to that scenario. Spodoptera frugiperda derived Sf9 and Trichoplusia ni derived High Five cell lines have a major track record for the production of recombinant proteins, with High Five cells presenting higher productivities. A metabolic profiling of the two insect cell lines was pursued to underpin specific cellular traits behind productive phenotypes. Multivariate analysis identified cell‐line dependent metabolic signatures linked to productivity. Pathway analysis highlighted cellular pathways of paramount importance in supporting infection and protein production. Moreover, better producer phenotypes proved to be correlated with the capacity of cells to shift their metabolism in favor of …
引用总数
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