Engineering robust enzymes for selective biocatalysis in complex media Integrated biodegradation pathways for sustainable pollutant removal Synthetic metabolism design principles for next-generation microbial factories Data-driven optimization of biosynthetic fluxes in industrial hosts
Discovery of cold-active hydrolases from marine metagenomes Adaptive laboratory evolution improves pathway robustness under stress Benchmarking one-carbon assimilation routes in engineered bacteria Automated screening workflow for high-throughput enzyme characterization
New PET-degrading enzymes identified through biodiversity exploration Structure-guided redesign of oxidoreductases for improved selectivity Pilot-scale validation of microbial biodegradation processes Flux balancing strategies for synthetic metabolism implementation
Integrated genomics-metabolomics for enzyme discovery pipelines Biocatalyst stability engineering in industrially relevant conditions Comparative analysis of microbial consortia for plastic degradation Scalable screening of catalytic activities using microplate analytics
Foundations for synthetic alternative pathways in bacterial hosts Initial characterization of new ligases for biosynthetic applications Genomic signatures linked to biodegradation potential in isolates Method development for reproducible enzyme activity profiling