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This study established an in-frame gene deletion method in the alphaproteobacteriumLabrenzia aggregata LZB033 and generated anrpoN gene mutant. A comparison of the transcriptomes and phenotypic characteristics between the mutant and wild-type strains confirmed the role of RpoN inL. aggregata LZB033 flagellar formation, motility, biofilm formation, and carbon usage. Most importantly, RpoN is a key factor for survival under different environmental challenge conditions. Furthermore, the ability to synthesize and metabolize dimethylsulfoniopropionate (DMSP) was related to RpoN. These features revealed RpoN to be an important regulator of stress resistance and survival forL. aggregata LZB033 in marine environments.

applied and environmental microbiology

Role of RpoN from <i>Labrenzia aggregata</i> LZB033 ( <i>Rhodobacteraceae</i> ) in Formation of Flagella and Biofilms, Motility, and Environmental Adaptation

Role of RpoN from Labrenzia aggregata LZB033 ( Rhodobacteraceae ) in Formation of Flagella and Biofilms, Motility, and Environmental Adaptation