Microbial strain engineering for sustainable bioactive molecule production

Overview

This solution focuses on the sustainable production of bioactive molecules by engineering microbial strains. By utilizing advanced techniques such as biosynthetic gene cluster (BGC) mining and metabolomics, the technology identifies and characterizes target bioactive molecules. The ultimate goal is to engineer microbial strains to produce these molecules at scale, facilitating the discovery of new natural products and enhancing their production efficiency.

Technical specifications

• Biosynthetic gene cluster mining: Identifies potential bioactive compounds encoded within microbial genomes.
• Metabolomics: Utilizes comprehensive analytical techniques to profile the complete set of metabolites in microbial cultures.
• Bioactivity-guided identification: Employs LC/MS-based screening to isolate and identify compounds with desired biological activities.
• Strain engineering: Focuses on optimizing production pathways and regulatory systems to enhance yield and scalability.
• Validation methods: Includes genomic DNA isolation, sequencing, BGC mining, and metabolomic analysis for deep annotation of microbial strains.

Technology readiness level

This technology is at TRL 4, indicating it has been validated in a laboratory environment with a clear development pathway towards commercial application.