48:
296:
478:
Ottaviani D, Parlani C, Masini L, Leoni F, Canonico C, Sabatini L, Bruscolini F, Pianetti A (2011). "Putative virulence properties of
Aeromonas strains isolated from food, environmental and clinical sources in Italy: A comparative study".
438:
Beaz-Hidalgo, Roxana; Martínez-Murcia, Antonio; Figueras, Maria José (2013). "Reclassification of
Aeromonas hydrophila subsp. Dhakensis Huys et al. 2002 and Aeromonas aquariorum Martínez-Murcia et al. 2008 as
425:
Aravena-Roman, Max, et al. "Aeromonas aquariorum Is Widely
Distributed in Clinical and Environmental Specimens and Can Be Misidentified as Aeromonas hydrophila" Journal of Clinical Microbiology.2011.
587:
232:. Once identified, researchers found the species to be globally distributed in aquatic environments, similar to the other members of the genus. Due to its similarity to
414:
Martinez-Murcia, A.J. "Aeromonas aquariorum sp. nov., isolated from aquaria of ornamental fish" International
Journal of Systematic and Evolutionary Biology. 2012
561:
574:
382:. The species is also responsible for diseases in fish and amphibians. Treatment for an infection is the same as treatment for a
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415:
47:
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177:
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in 2005. The species is globally distributed in aquatic environments, like other species in the genus
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was first isolated in 2005 from samples obtained from fish aquariums in Porto, Portugal and named
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42:
347:. The species is able to undergo both respiration and fermentation. Strains are able to grow on
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is an opportunistic pathogen, playing a role in gastrointestinal diseases, particularly
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species are widely distributed in aquatic environments. Prior to the discovery of
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can be placed in aquatic environments to help prevent infections in fish by
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189:
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genes, which clearly identified the strains as a new species distinct from
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59:
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sp. nov. Comb nov. And emendation of the species
Aeromonas hydrophila".
331:, so are motile. The organism tests positive for the ability to produce
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340:
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with an optimal growth temperature of 30–37 °C. Strains of
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techniques, which identified the strains as a unique species of
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went unrecognized prior to 2005. The two species differ in that
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252:
is also less likely to use citrate as a carbon source than
327:
is a rod-shaped bacterium. Cells contain a single polar
523:
355:that have been isolated are resistant to various
256:. Because of its similarity to other species of
244:is able to produce acid from L-arabinose, while
299:Phylogenetic tree showing the relationship of
216:, the most prevalent species identified were
8:
148:(Huys et al. 2002) Beaz-Hidalgo et al. 2015
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481:International Journal of Food Microbiology
31:
427:http://jcm.asm.org/content/49/8/3006.long
407:
390:being effective against the pathogen.
386:infection, with some antibiotics like
7:
445:Systematic and Applied Microbiology
25:
493:10.1016/j.ijfoodmicro.2010.11.020
183:first isolated from aquariums in
363:, and other antibiotics such as
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1:
339:, and is capable of reducing
457:10.1016/j.syapm.2012.12.007
632:
272:. Researchers focused on
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43:Scientific classification
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34:
303:to other members of the
357:beta-lactam antibiotics
320:General characteristics
316:
298:
266:DNA-DNA hybridization
264:was identified using
593:aeromonas-aquariorum
525:Aeromonas aquariorum
288:was reclassified as
163:Aeromonas aquariorum
27:Species of bacterium
18:Aeromonas aquariorum
441:Aeromonas dhakensis
173:Aeromonas dhakensis
142:Aeromonas dhakensis
80:Gammaproteobacteria
36:Aeromonas dhakensis
370:Like its relative
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603:
602:
517:Taxon identifiers
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124:A. dhakensis
16:(Redirected from
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380:gastroenteritis
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487:(3): 538–545.
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349:MacConkey agar
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315:gene sequences
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100:Aeromonadaceae
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70:Pseudomonadota
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39:
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26:
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14:
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616:Aeromonadales
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384:A. hydrophila
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372:A. hydrophila
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286:A. aquariorum
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282:A. hydrophila
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250:A. hydrophila
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242:A. hydrophila
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234:A. hydrophila
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219:A. hydrophila
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206:A. aquariorum
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178:Gram-negative
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133:Binomial name
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125:
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117:
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90:Aeromonadales
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33:
30:
19:
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484:
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473:
448:
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440:
433:
421:
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396:A. dhakensis
395:
388:tetracycline
383:
376:A. dhakensis
375:
371:
369:
365:erythromycin
359:, including
353:A. dhakensis
352:
325:A. dhakensis
324:
323:
312:
308:
304:
301:A. dhakensis
300:
290:A. dhakensis
289:
285:
281:
277:
273:
269:
262:A. dhakensis
261:
257:
254:A. dhakensis
253:
249:
246:A. dhakensis
245:
241:
238:A. dhakensis
237:
233:
227:
223:
217:
214:A. dhakensis
213:
209:
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202:A. dhakensis
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172:
171:
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161:
141:
139:
123:
122:
110:
35:
29:
284:. In 2008,
451:(3): 171.
402:References
392:Terramycin
361:ampicillin
229:A. veronii
333:catalases
329:flagellum
307:based on
305:Aeromonas
270:Aeromonas
258:Aeromonas
224:A. caviae
210:Aeromonas
197:Isolation
190:Aeromonas
181:bacterium
118:Species:
111:Aeromonas
610:Category
540:Q4688332
534:Wikidata
501:21138783
465:23485124
337:oxidases
248:cannot.
185:Portugal
155:Synonyms
96:Family:
66:Phylum:
60:Bacteria
56:Domain:
567:7666271
345:nitrite
341:nitrate
106:Genus:
86:Order:
76:Class:
580:959052
499:
463:
226:, and
554:64ZVR
176:is a
588:LPSN
575:ITIS
562:GBIF
497:PMID
461:PMID
335:and
313:rpoD
311:and
309:gyrB
278:gyrB
276:and
274:rpoD
549:CoL
489:doi
485:144
453:doi
343:to
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483:.
459:.
449:36
447:.
398:.
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367:.
292:.
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236:,
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467:.
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20:)
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