High-level prodigiosin production in Pseudomonas putida enabled by combinatorial metabolic engineering

Key Points

• High-level prodigiosin production significantly improves with optimized metabolic pathways.
• Enhanced production yields approximately 30% more prodigiosin compared to standard methods.
• Combinatorial metabolic engineering techniques are employed to achieve optimal biosynthesis.
• These findings may enable larger-scale applications in biotechnology and pharmaceutical industries.