Light-Controlled Chemical Production Using the Saccharomyces cerevisiae OptoINVRT7 Circuit
5:12
Three-Phase Fermentation Using the Saccharomyces cerevisiae OptoAMP System
6:26
Results: The Effects of Light-Regulated Fermentations for Chemical and Protein Production
8:01
Conclusion
Transcript
Optogenetics has been used to achieve higher titers of several chemicals and proteins compared to typical inducers. Using this protocol, others can enhance their own processes with light-based control. Optogenetics control is noninvasive, highly t
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Optogenetic control of microbial metabolism offers flexible dynamic control over fermentation processes. The protocol here shows how to set up blue light-regulated fermentations for chemical and protein production at different volumetric scales.