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Enhancement of cell growth in suspension cultures is urgently needed in plant cell culture engineering.
The advances in cell culture engineering science have contributed significantly to this increase.
However, the use of these technologies in cell culture engineering is still in its infancy.
The acquired results support the usefulness of metabolomics as a molecular analysis tool in cell culture engineering.
Herein the genomic and proteomic tools are briefly reviewed and their impact on cell culture engineering is discussed.
These results support the usefulness of metabolomics as a high resolution molecular analysis tool in cell culture engineering.
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Key benefits and major challenges associated with modular co-culture engineering are also presented and discussed.
Co-culture engineering is an emerging approach for microbial biosynthesis of a variety of biochemicals.
The findings of this study extend the applicability of co-culture engineering in complex natural product biosynthesis.
This emerging approach, referred to as modular co-culture engineering in this review, presents a valuable opportunity for expanding the scope of the broad field of metabolic engineering.
Moreover, the masculine culture of engineering remains despite the increasing number of women in engineering, because female engineers assimilate to gendered organizational culture reinforcing the masculine image of the engineering profession (Powell et al. 2006).
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