Genome scale reconstruction of lignin-derived aromatic catabolism across Pseudomonas enables modular chassis design for lignin bioconversion

Key Points

• To develop a comprehensive understanding of lignin-derived aromatic catabolism in Pseudomonas for enhanced bioconversion.
• Performed genome-scale reconstruction of lignin-derived aromatic pathways in Pseudomonas.
• Synthesize knowledge across various Pseudomonas strains and catabolic pathways.
• Developed a modular chassis design for lignin bioconversion.
• Identified key catabolic pathways for lignin-derived aromatics in Pseudomonas.
• Demonstrated the potential for enhanced lignin bioconversion through modular chassis design.