… In this study, we sought to engineer a base strain of P. putida to produce mclPHAs from
aromatic compounds and lignin using genomic integration of DNA throughout. We demonstrate …

… and gives on overview over the metabolic engineering targets investigated in this study. …
could also lead to additional metabolic engineering targets to improve microbial oAB production. …

… These few instances showcase the many metabolic engineering possibilities that P. putida
… putida and its variants as a metabolic engineering and SynBio chassis regards its biosafety …

… systems metabolic engineering driven by in-silico modeling to tailor Pseudomonas putida
… as constraints, elementary flux mode analysis of a large-scale model of the metabolism of P. …

… most encouraging metabolic engineering chasses for biological industry fermentative
production. Based on multilevel metabolic engineering, we developed a P. putida KT2440 strain to …

… of metabolic engineering using the non-pathogenic soil bacterium Pseudomonas putida as
… The discussion is focused on what we perceive as the frontiers in the field of engineering P. …

… A recently developed metabolic engineering technique offers considerable promise as an
approach to the solution of complex metabolic barriers that prevent complete degradation of …

… putida as a PHBA production host. Further metabolic engineering strategies can be applied
to enhance production, for example, balancing the precursors PEP and E4P or increasing …

… Pseudomonas putida KT2440 has received increasing attention as an important biocatalyst
… This lays the foundation for future P. putida metabolic engineering efforts to convert sugars …

… This article presents the current state of engineering P. putida for the biosynthesis of …
and expression of biosynthetic genes, and smart metabolic engineering are key to success. …