This assembly provides an unprecedented chance to understand the metabolic capabilities of a limnobacter spp Comparative phylogenetic analyses of lmph and c23o sequences from 56 representative strains were performed The studied strains were mostly affiliated to the genera pseudomonas and acinetobacter A genomic bin of limnobacter was obtained and analyzed, which provides the first metabolic insights into limnobacter from an aom environment. Int j syst evol microbiol 2001 The cellular fatty acid profile was characteristic of the genus limnobacter
The major fatty acids (>5 %) were c16 1 ω7c and minor amounts of c10 Previously, no bacteria belonging to the genus limnobacter had been reported to degrade petroleum The polyphasic taxonomy approach revealed that the strain p1 t represents a new limnobacter species. The ncbi taxonomy database allows browsing of the taxonomy tree, which contains a classification of organisms. [3][4] limnobacter species have the ability to oxidize thiosulfate.
OPEN
