37:
287:
strains are rarely isolated from the environment or living human tissues. However, strains have, at one or more times, been isolated from the following human specimen: sputum, blood, skin wounds, gall bladder, urine and lung tissue. These specimen were collected from a handful of patients who were
251:
for this group. This particular name was given to "Enteric Group 15" for the abbreviation of the Center for
Disease Control (CDC) where the group of bacteria was discovered. At this time, six species have been identified. Currently, three strains have been named while three remain unnamed.
328:
has been located in the blood and saliva, wounds and abscesses, and in ulcerated tissue. The bacteria has been isolated and a limited amount of samples have been taken. Although resistant to several antibiotics,
247:
bacteria were discovered in 1977 by a group of scientists at the CDC and were initially named “Enteric Group 15”. In 1980, Patrick A. D. Grimont and
Francine Grimont proposed the genus name of
925:
288:
elderly, medically compromised or immunocompromised. Even though these strains have been isolated, their role in disease and clinical significance is yet to be discovered.
260:
was named after Betty Davis. Davis is an
American bacteriologist who has contributed to serological and biochemical identification of Enterobacteriaceae and Vibrionaceae.
899:
938:
276:
was named after Erwin Neter. Neter is an
American microbiologist and physician. Like Davis and Lapage, Neter has contributed to the family Enterobacteriaceae.
886:
308:
strains are resistant to the following antimicrobial agents: cephalothin, extended spectrium cephalosporins, colistin, and several aminoglycosides.
912:
363:
506:
266:
was named after
Stephen Lapage, who is a British bacteriologist. Lapage has contributed to bacterial systematics as the editor of
681:
G. Pellegrini; et al. (1990). "Cockroaches, infestation and possible contribution in the spreading of some
Enterobacteria".
917:
433:
792:
M. Canyaka; M. Sisecioglu; O. Baris; et al. (2010). "Effects of bovine milk lactoperoxidase system on some bacteria".
979:
597:
Dalamaga, M., Karmaniolas, K., Arsenis, G., Pantelaki, M., Daskalopoulou, K., Papadavid, E., and
Migdalis, I. (2008).
187:
190:
where the initial members of this genus were discovered. This genus resembles no other group of
Enterobacteriaceae.
943:
36:
984:
472:
813:
533:
333:- along with several other bacteria - has been shown to be subject to high antibacterial activity from
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68:
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31:
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404:
203:
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78:
256:
119:
58:
730:
701:
532:
Farmer III, J. J., Sheth, N. K., Hudzinski, J. A., Rose, H. D., Asbury, M. F. (1982).
973:
851:
770:
195:
865:
721:
845:
229:
836:
559:
667:
409:
380:
432:
Grimont, P. A. D., Grimont, F., Farmer III, J. J., and Asbury, M. A. (1981).
300:
can benefit from antibiotic therapy; however, this can be a challenge due to
270:. Lapage has also made many contributions to the family Enterobacteriaceae.
778:
739:
830:
225:
212:
186:. The name of this genus was derived from CDC, the abbreviation for the
179:
48:
930:
891:
807:
324:
have been isolated in wild tsetse flies and cockroaches. In humans,
510:
bacteremia in a neutropenic patient with acute myeloid leukemia.
811:
878:
471:
Mawardi, H., Pavlakis, M., Mandelbrot, D., Woo, S. B. (2010).
202:
in shape, motile, nonencapsulated, and non-spore-forming. The
753:
H. Mawardi; M. Pavlakis; D.S. Mandelbrot; S.B. Woo (2010). "
304:
strains being resistant to a range of antimicrobial agents.
358:(2nd ed.). Washington, D.C.: ASM Press. p. 411.
602:
bacteremia following cement-related chemical burn injury.
379:
P. Grimont; F. Grimont; J. Farmer III; M. Asbury (1981).
755:
Sirolimus oral ulcer with
Cedecea davisae superinfection
558:
Perkins, S. R., Beckett, T. A., Bump, C. M. (1986).
820:
505:Abate,G., Qureshi, S., and Mazumder, S. A. (2011).
638:Molecular detection of human bacterial pathogens
448:International Journal of Systematic Bacteriology
652:Microorganisms associated with Tsetse in nature
320:live in the intestines of other organisms, and
700:S.R. Perkins; T.A. Beckett; C.M. Bump (1986).
8:
593:
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354:Janda, J. Michael; Sharon L. Abbott (2006).
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346:
236:is unable to hydrolyze gelatin or DNA.
794:Applied Biochemistry and Microbiology
632:Dalamaga, M., and Vrioni, G. (2011).
224:are lipase positive and resistant to
7:
656:Insect Science and Its Application
14:
210:appear to be similar to those of
771:10.1111/j.1399-3062.2010.00514.x
710:Journal of Clinical Microbiology
566:Journal of Clinical Microbiology
541:Journal of Clinical Microbiology
35:
296:Patients who are infected with
650:G.P. Kaaya; Ma Okech (1990). "
1:
722:10.1128/jcm.24.4.675-676.1986
178:is a genus of extremely rare
188:Centers for Disease Control
161:species 012 (also known as
135:species 001 (also known as
1001:
759:Transpl Infectious Disease
704:Cedecea davisae bacteremia
473:Sirolimus oral ulcer with
668:10.1017/s1742758400012868
410:10.1099/00207713-31-3-317
115:
110:
32:Scientific classification
30:
23:
445:from clinical specimens.
437:gen. nov., sp. nov. and
393:from Clinical Specimens"
385:gen. nov., sp. nov. and
316:Several members of the
335:Bovine lactoperoxidase
513:Journal of Infection
397:Int J Syst Bacteriol
268:Bacteriological Code
318:Entereobacteriaceae
147:(formerly known as
105:Grimont et al. 1981
69:Gammaproteobacteria
980:Enterobacteriaceae
534:Bacteremia due to
480:Transpl Infect Dis
443:Enterobacteriaceae
391:Enterobacteriaceae
356:The Enterobacteria
184:Enterobacteriaceae
89:Enterobacteriaceae
967:
966:
952:Open Tree of Life
814:Taxon identifiers
365:978-1-55581-342-0
171:
170:
106:
16:Genus of bacteria
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240:History of genus
104:
79:Enterobacterales
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39:
21:
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985:Bacteria genera
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631:
614:
600:Cedecea lapagei
596:
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561:Cedecea davisae
557:
550:
531:
522:
508:Cedecea davisae
504:
489:
477:superinfection.
475:Cedecea davisae
470:
457:
439:Cedecea lapagei
435:Cedecea davisae
431:
418:
387:Cedecea lapagei
383:Cedecea davisae
378:
377:
373:
366:
353:
352:
348:
343:
314:
294:
282:
264:Cedecea lapagei
257:Cedecea davisae
242:
103:
34:
17:
12:
11:
5:
998:
996:
988:
987:
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803:
784:
765:(5): 446–450.
745:
716:(4): 675–676.
692:
683:Igiene Moderna
673:
642:
612:
573:
548:
536:Cedecea neteri
520:
487:
455:
441:sp. nov., New
416:
403:(3): 317–326.
389:sp. nov., New
371:
364:
345:
344:
342:
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310:
293:
290:
281:
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274:Cedecea neteri
241:
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182:of the family
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59:Pseudomonadota
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196:Gram-negative
194:bacteria are
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151:species 4 or
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99:
98:
24:
18:
846:Wikispecies
662:: 443–448.
563:bacteremia.
232:; however,
230:cephalothin
974:Categories
640:, 817-825.
571:, 675-676.
546:, 775-778.
485:, 446-450.
453:, 317-326.
341:References
165:species 5)
139:species 3)
127:C. lapegei
120:C. davisae
292:Treatment
144:C. neteri
837:Q5057036
831:Wikidata
800:: 64–68.
779:20525018
689:: 19–30.
538:sp. nov.
518:, 83-85.
280:Clinical
226:colistin
222:Serratia
213:Serratia
200:bacillus
180:bacteria
111:Species
85:Family:
55:Phylum:
49:Bacteria
45:Domain:
905:1266841
892:3221930
852:Cedecea
822:Cedecea
740:3771758
634:Cedecea
331:Cedecea
326:Cedecea
322:Cedecea
312:Ecology
306:Cedecea
302:Cedecea
298:Cedecea
285:Cedecea
249:Cedecea
245:Cedecea
234:Cedecea
218:Cedecea
216:. Both
208:Cedecea
204:strains
192:Cedecea
175:Cedecea
163:Cedecea
159:Cedecea
153:Cedecea
149:Cedecea
137:Cedecea
133:Cedecea
100:Cedecea
95:Genus:
75:Order:
65:Class:
25:Cedecea
957:609783
944:158483
918:956919
777:
738:
731:269000
728:
362:
900:IRMNG
879:97441
605:Burns
939:NCBI
926:LPSN
913:ITIS
887:GBIF
866:3JWL
775:PMID
736:PMID
360:ISBN
228:and
220:and
874:EoL
861:CoL
767:doi
757:".
726:PMC
718:doi
664:doi
654:".
405:doi
206:of
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