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EP29484
Poster Title: A Chemically-Defined Baculovirus-Based Expression System for Enhanced Protein Production in Sf9 Cells
Submitted on 10 Dec 2018
Author(s): Maya Yovcheva, Sara Barnes, Kenneth Thompson, Melissa Cross, Katy Irvin, Mintu Desai, Natasha Lucki, Henry Chiou, Jonathan Zmuda
Affiliations:
Poster Views: 665
Submitted on 10 Dec 2018
Author(s): Maya Yovcheva, Sara Barnes, Kenneth Thompson, Melissa Cross, Katy Irvin, Mintu Desai, Natasha Lucki, Henry Chiou, Jonathan Zmuda
Affiliations:
Poster Views: 665
Abstract: Here, we present data on the performance of a novel Sf9-based Baculovirus expression system based upon a yeastolate-free, animal origin-free, chemically-defined, high-density culture medium that allows for Sf9 cells to reach densities nearly twice as high as those attained in traditional yeastolatecontaining media. Sf9 cells adapted to grow to high densities in the yeastolate-free media were generated and a new, high-efficiency Bacmid transfection reagent was developed to allow for the generation of high titer baculovirus stocks. Together, with the addition of protein expression enhancer these improvements allow for the optimization of a new expression protocol that takes advantage of the high cell densities achievable with the new chemically-defined medium and adapted Sf9 cells, as well as high multiplicity of infection (MOI), to significantly improve protein titers and enable lot -to- lot consistency of both cell growth and protein expression in a defined media formulation.Summary: Here, we present data on the performance of a novel Sf9-based Baculovirus expression system based upon a yeastolate-free, animal origin-free, chemically-defined, high-density culture medium that allows for Sf9 cells to reach densities nearly twice as high as those attained in traditional yeastolatecontaining media. References:
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
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