Agrobacterium tumefaciens
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Agrobacterium radiobacter
|
Numerical taxonomic analysis showing that 24 strains of A. radiobacter and A. tumefaciens composed a cluster |
A. tumefaciens is a later heterotypic synonym |
Holmes and Roberts (1981)
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Mabikibacter ruber
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Notoacmeibacter marinus
|
dDDH (79.8%) and OrthoANIu (97.8%) |
M. ruber is a later heterotypic synonym |
Huang and Lai (2020)
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Ochrobactrum lupini
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Ochrobactrum anthropi
|
ANIb (97.55%), ANIm (98.25%), gANI (97.99%), OrthoANI (97.94%) and dDDH (83.9%) |
O. lupini is a later heterotypic synonym |
Volpiano et al. (2019)
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Brucella ceti
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Brucella melitensis
|
dDDH (97.8%) |
B. ceti is a later heterotypic synonym |
Hördt et al. (2020)
|
Brucella inopinata
|
Brucella melitensis
|
dDDH (81.2%) |
B. inopinata is a later heterotypic synonym |
|
Brucella microti
|
Brucella melitensis
|
dDDH (99.1%) |
B. microti is a later heterotypic synonym |
|
Brucella vulpis
|
Brucella melitensis
|
dDDH (80.5%) |
B. vulpis is a later heterotypic synonym |
|
Methylobacterium phyllosphaerae
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Methylobacterium oryzae
|
dDDH (90.3%) |
M. phyllosphaerae is a later heterotypic synonym |
|
Methylobacterium radiotolerans
|
Methylobacterium organophilum
|
dDDH (92.2%) |
M. organophilum is a later heterotypic synonym |
|
Rhizobium marinum
|
Pseudorhizobium pelagicum
|
dDDH (76.3%) |
New subspecies of R. marinum from P. pelagicum (R. marinum subsp. pelagicum) |
|
Rhizobium mongolense
|
Rhizobium loessense
|
dDDH (70.0%) |
New subspecies of R. mongolense from R. loessense (R. mongolense subsp. loessense) |
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