Team:NJTech China
NJTech_China
Promotion Video
Abstract
Saving Rose Plan—Design and Construction of Synthetic Yeast-Microalgae Consortia
for Biosynthesis of Phenylethanol
Phenylethanol has been widely used in cosmetics and other fields owing to its rose aroma. This project chooses Saccharomyces cerevisiae as the chassis microorganism, optimizes the phenethylamine pathway of different sources and expression modes, improves the activity of phenylacetaldehyde synthase through promoter engineering, establishes a yeast-microalgae microbial consortia system based on nutritional complementation and metabolites exchange. The combination with 3D printing microcapsule embedding technology will eventually guide to establish a robust, stable, and controllable artificial microbial consortia system for the green and efficiency phenylethanol biosynthetic.
Phenylethanol has been widely used in cosmetics and other fields owing to its rose aroma. This project chooses Saccharomyces cerevisiae as the chassis microorganism, optimizes the phenethylamine pathway of different sources and expression modes, improves the activity of phenylacetaldehyde synthase through promoter engineering, establishes a yeast-microalgae microbial consortia system based on nutritional complementation and metabolites exchange. The combination with 3D printing microcapsule embedding technology will eventually guide to establish a robust, stable, and controllable artificial microbial consortia system for the green and efficiency phenylethanol biosynthetic.