| klebsiella michiganensis sp. nov., a new bacterium isolated from a tooth brush holder. | isolate w14(t) recovered from a household tooth brush holder was found to be gram-negative, a facultative anaerobic, non-motile, capsulated, and a non-endospore-forming straight rod. based on phylogenetic analysis with 16s rrna gene sequence, isolate w14(t) was affiliated to the genus klebsiella. the closest phylogenetic relative was k. oxytoca with 99 % similarity in the 16s rrna gene sequence. the major whole-cell fatty acids were c(16:0) (31.23 %), c(18:1ω6c)/c(18:1ω7c) (21.10 %), and c(16:1ω ... | 2013 | 23053492 |
| genomic and phenotypic characterisation of fluoroquinolone resistance mechanisms in enterobacteriaceae in durban, south africa. | resistance to fluoroquinolones (fq) is being increasingly reported and found to be mediated by efflux pumps, plasmid-mediated quinolone resistance genes (pmqr) and mutations in gyra, gyrb, parc and pare. however, studies reporting on fq resistance mechanisms (fqrm), particularly in africa, are focused mostly on salmonella. this study used a whole-genome-based approach to describe fqrm in forty-eight clinical enterobacteriaceae isolates comprising of klebsiella pneumoniae (n = 21), serratia marce ... | 2017 | 28636609 |
| complete genome sequence of n2-fixing model strain klebsiella sp. nov. m5al, which produces plant cell wall-degrading enzymes and siderophores. | the bacterial strain m5al is a model strain for studying the molecular genetics of n2-fixation and molecular engineering of microbial production of platform chemicals 1,3-propanediol and 2,3-butanediol. here, we present the complete genome sequence of the strain m5al, which belongs to a novel species closely related to klebsiella michiganensis. m5al secretes plant cell wall-degrading enzymes and colonizes rice roots but does not cause soft rot disease. m5al also produces siderophores and contain ... | 2018 | 29234606 |
| description of klebsiella grimontii sp. nov. | strains previously identified as klebsiella oxytocaphylogroup ko6 were characterized by rpob, gyra and rrs gene sequencing, genome-sequence based average nucleotide identity analysis and their biochemical characteristics. rpob and gyra sequencing demonstrated that the ko6 strains formed a well-demarcated sequence cluster related to, but distinct from, klebsiella oxytoca (which includes strains previously labelled as k. oxytocaphylogroup ko2) and klebsiella michiganensis (ko1). the average nucleo ... | 2017 | 29205126 |
| identification and genomic characterization of a kpc-2-, ndm-1- and ndm-5-producing klebsiella michiganensis isolate. | | 2018 | 29126236 |
| draft genome sequence of klebsiella michiganensis 3t412c, harboring an arsenic resistance genomic island, isolated from mine tailings in peru. | an arsenic resistance genomic island in the bacterium klebsiella michiganensis 3t412c was isolated from mine tailings from peru. this genomic island confers adaptation to extreme environments with high concentrations of arsenic. isolate 3t412c contained a complete set of genes involved in resistance to arsenic. this operon is surrounded by putative genes for resistance to other heavy metals. | 2017 | 28705974 |