Registry Code | part name | Existing and new | Length(bp) | Compound or basic | Group favorite |
BBa_K5482000 | CisF3H | new | 1086 | Basic | |
BBa_K5482001 | CuFLS | new | 1005 | Basic | |
BBa_K5482002 | CisF3H-CuFLS | new | 2315 | Compound | yes |
BBa_K5482003 | F3H-GGGS-FLS | new | 2103 | Basic | yes |
BBa_K5482004 | F3H-GGGS2-FLS | new | 2115 | Basic | |
BBa_K5482005 | F3H-TPTP-FLS | new | 2103 | Basic | |
BBa_K5482006 | F3H-TPTP2-FLS | new | 2115 | Basic | yes |
BBa_K5482027 | F3H-TPTP2-FLS+FLS | new | 3126 | Compound | |
BBa_K5482028 | F3H-TPTP2-FLS+F3H | new | 3207 | Compound | |
BBa_K3769002 | GadB | Existing | 1398 | Basic | yes |
Benefits for Future iGEM Teams:
Our work provides a solid foundation for future teams interested in biosynthetic pathways for natural product production. The combination of synthetic biology with traditional medicine not only offers an environmentally friendly and scalable solution for producing bioactive compounds but also highlights the potential of using microorganisms for drug development. Future iGEM teams can build upon our research by further optimizing enzyme pathways, improving yield, or exploring additional applications of these compounds in the food, health, and wellness industries.