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Adeolu, M.; et al. (2016). "Genome based phylogeny and taxonomy of the 'Enterobacteriales': proposal for
Enterobacterales ord. nov. divided into the families Enterobacteriaceae, Erwiniaceae fam. nov., Pectobacteriaceae fam. nov., Yersiniaceae fam. nov., Hafniaceae fam. nov., Morganellaceae fam.
260:
was largely based on 16S rRNA genome sequence analyses, which is known to have low discriminatory power and the results of which changes depends on the algorithm and organism information used. Despite this, the analyses still exhibited polyphyletic branching, indicating the presence of distinct
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into 7 novel families based on comparative genomic analyses and the branching pattern of various phylogenetic trees constructed from conserved genome sequences, 16S rRNA sequences and multilocus sequence analyses. Molecular markers, specifically
239:/response regulator. These molecular signatures were identified through genomic analyses and serves as a reliable molecular means to distinguish members of this family from other families within the order Enterobacterales and all other bacteria.
256:, a large phylogenetically unrelated group of species with distinct biochemical characteristics and different ecological niches. The original assignment of species into the family
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Members are catalase-positive, oxidase-negative, and negative for lysine decarboxylase. These bacteria are also able to grow on
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273:, specific to this family were also identified as evidence supporting the division independent of phylogenetic trees.
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250:, as of 2021, contains three validly published genera. Members of this family were originally members of the family
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200:, referring the type genus of the family and the suffix "-aceae", an ending used to denote a family. Together,
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227:(CSIs) were identified for this family in the proteins two-component system response regulator GIrR,
341:"Phylogenetic Relationships of Bacteria with Special Reference to Endosymbionts and Enteric Species"
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Francino, M. Pilar; Santos, Scott R.; Ochman, Howard (2006),
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refers to a family whose nomenclatural type is the genus
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347:, New York, NY: Springer New York, pp. 41–59,
38:Image of cultured Hafnia Alvei under a microscope.
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264:In 2016, Adeolu et al. proposed the division of
171:. Genera in this family include the type genus
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243:Historical Systematics and Current Taxonomy
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220:, and are capable of reducing nitrate.
229:glucose-1-phosphate adenylyltransferase
159:. This family is a member of the order
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300:nov., and Budviciaceae fam. nov".
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196:is derived from the Latin term
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302:Int. J. Syst. Evol. Microbiol
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261:subgroups within the family.
509:. You can help Knowledge by
235:NhaR, and the hybrid sensor
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271:conserved signature indels
225:conserved signature indels
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233:transcriptional activator
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44:Scientific classification
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566:Enterobacterales stubs
561:Gram-negative bacteria
157:Gram-negative bacteria
316:"Family: Hafniaceae"
165:Gammaproteobacteria
105:Adeolu et al., 2016
81:Gammaproteobacteria
266:Enterobacteriaceae
258:Enterobacteriaceae
253:Enterobacteriaceae
16:Family of bacteria
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475:Open Tree of Life
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169:Pseudomonadota
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511:expanding it
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120:Edwardsiella
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408:Wikispecies
24:Hafniaceae
550:Categories
454:hafniaceae
414:Hafniaceae
384:Hafniaceae
360:2021-06-02
325:2021-06-05
277:References
248:Hafniaceae
202:Hafniaceae
194:Hafniaceae
148:Hafniaceae
101:Hafniaceae
399:Q28735288
192:The name
441:11909052
393:Wikidata
97:Family:
67:Phylum:
61:Bacteria
57:Domain:
480:5998936
467:1903412
428:9883095
111:Genera
87:Order:
77:Class:
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206:Hafnia
198:Hafnia
174:Hafnia
153:family
151:are a
128:Hafnia
501:This
436:IRMNG
223:Four
507:stub
462:NCBI
449:LPSN
423:GBIF
349:ISBN
145:The
183:and
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
