305:, a large phylogenetically unrelated group of species with distinct biochemical characteristics and different ecological niches. The original assignment of species into the family Enterobacteriaceae 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 subgroups within the family.
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341:"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. nov., and Budviciaceae fam. nov"
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In 2016, Adeolu et al. proposed the division of
Enterobacteriaceae 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,
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and a hypothetical protein. These CSIs provide a reliable molecular method for distinguishing members of this family from other families within the order
Enterobacterales and all other bacteria.
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of the family and the suffix "-aceae", an ending used to denote a family. Together, Yersiniaceae refers to a family whose nomenclatural type is the genus
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Yersiniaceae, as of 2021, contains eight validly published genera. Members of this family were originally members of the family
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Analyses of genome sequences from
Yersiniaceae species identified three
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that includes some familiar pathogens. For example, the type genus
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International
Journal of Systematic and Evolutionary Microbiology
285:(CSIs) that are uniquely present in this family in the proteins
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Adeolu, M; Alnajar, S; Naushad, S; S Gupta, R (December 2016).
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Biochemical characteristics and molecular signatures
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297:Historical systematics and current taxonomy
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220:. This family is a member of the order
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580:. You can help Knowledge by
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311:conserved signature indels
283:conserved signature indels
642:Gammaproteobacteria stubs
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291:transcriptional regulator
216:, the causative agent of
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46:Scientific classification
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627:Gram-negative bacteria
576:-related article is a
383:"Family: Yersiniaceae"
360:10.1099/ijsem.0.001485
202:Gram-negative bacteria
274:, and do not produce
574:Gammaproteobacteria
266:These bacteria are
226:Gammaproteobacteria
107:Adeolu et al., 2016
83:Gammaproteobacteria
303:Enterobacteriaceae
276:hydrogen disulfide
16:Family of bacteria
637:Bacteria families
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521:Open Tree of Life
409:Taxon identifiers
353:(12): 5575–5599.
272:catalase-positive
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632:Enterobacterales
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213:Yersinia pestis
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228:of the phylum
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582:expanding it
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390:. Retrieved
387:lpsn.dsmz.de
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103:Yersiniaceae
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441:Wikispecies
621:Categories
392:2021-06-05
317:References
241:type genus
432:Q28735291
210:includes
182:Fukatsuia
151:Rouxiella
137:Ewingella
487:11909051
474:10405611
461:51500567
426:Wikidata
369:27620848
245:Yersinia
237:Yersinia
207:Yersinia
172:Yersinia
165:Serratia
158:Samsonia
144:Rahnella
99:Family:
69:Phylum:
63:Bacteria
59:Domain:
539:1476541
526:5998990
513:1903411
289:family
113:Genera
89:Order:
79:Class:
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268:motile
255:": -->
218:plague
198:family
196:are a
122:Chania
572:This
534:WoRMS
482:IRMNG
578:stub
508:NCBI
495:LPSN
469:GBIF
365:PMID
287:TetR
257:edit
192:The
456:EoL
355:doi
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200:of
180:Ca.
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