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1 asmid R485, which originates from Morganella morganii.
2 ve high-risk clones of M morganii subspecies morganii.
3 ced by the CRC-associated species Morganella morganii.
4 ded spectrum beta-lactamases) and Morganella morganii.
5 abilis, Providencia stuartii, and Morganella morganii.
6                              Furthermore, M. morganii actively prevents urease enhancement by E. faec
7             Our present work reveals that M. morganii acts on P. mirabilis in a contact-independent m
8 resent the first reported case of Morganella morganii and Enterococcus faecalis endophthalmitis after
9 endophthalmitis due to concurrent Morganella morganii and Enterococcus faecalis infections can have v
10 olitica, Serratia marcescens, and Morganella morganii) and two nonenteric members of the gamma subdiv
11 ubspecies sibonii, and M morganii subspecies morganii, and a core genome maximum likelihood phylogene
12 chrotolerans, Morganella sibonii, Morganella morganii, and a new species represented by a unique envi
13 amases of Enterobacter aerogenes, Morganella morganii, and Citrobacter freundii.
14  read plates of Escherichia coli, Morganella morganii, and Pseudomonas aeruginosa containing 12 antib
15 a stuartii, Proteus mirabilis and Morganella morganii) are shared in a nursing home.
16 am-negative (Escherichia coli and Morganella morganii) bacteria, as assessed by survival, body weight
17       Monoassociation with either Morganella morganii, Bacteroides distasonis, or segmented filamento
18 nzymes in ELISAs (AmpC beta-lactamases of M. morganii, C. freundii, E. coli, and E. cloacae).
19 dified to express the Morganella morganii (M morganii)-derived HDC gene (E coli BL21_HTW).
20  is rare, and no previous case of Morganella morganii endophthalmitis after intravitreal injection ha
21  SFB did not prevent the translocation of M. morganii in the double-colonized mice.
22 nection between the prevalence of Morganella morganii in the gut microbiome and the incidence of majo
23                            We propose that M morganii include two subspecies: M morganii subspecies m
24 es, 3 Providencia stuartii, and 2 Morganella morganii) included 25% extended-spectrum beta-lactamase
25 kelihood phylogenetic tree showed that the M morganii isolates can be separated into four subpopulati
26 solate of Citrobacter koserii and Morganella morganii known to harbor an SHV-derived ESBL.
27 netically modified to express the Morganella morganii (M morganii)-derived HDC gene (E coli BL21_HTW)
28                A non-indolimine-producing M. morganii mutant lacked genotoxicity and failed to exacer
29 a coli, Providencia stuartii, and Morganella morganii P. mirabilis infections are particularly challe
30 up designations for 73 strains of Morganella morganii principally recovered from routine clinical spe
31  lines, but four of seven M. morganii subsp. morganii strains were cytotoxic on sheets of both cells.
32 moniae, 5 Enterobacter species, 1 Morganella morganii) strains.
33 on, 90% of all strains were identified as M. morganii subsp. morganii (trehalose negative), while the
34 p-2 or Vero cell lines, but four of seven M. morganii subsp. morganii strains were cytotoxic on sheet
35 , while the remaining 10% were designated M. morganii subsp. sibonii (trehalose positive).
36 negative [LDC-]) predominating (78%); all M. morganii subsp. sibonii strains were found to belong to
37 bspecies morganii (the most prevalent) and M morganii subspecies intermedius.
38 se that M morganii include two subspecies: M morganii subspecies morganii (the most prevalent) and M
39 organella morganii subspecies sibonii, and M morganii subspecies morganii, and a core genome maximum
40  identified among five high-risk clones of M morganii subspecies morganii.
41 oups: Morganella psychrotolerans, Morganella morganii subspecies sibonii, and M morganii subspecies m
42  3.0 for Y. enterocolitica and pH 5.5 for M. morganii, suggesting that in vivo activation occurs as a
43 -negative bacteria indicated that Morganella morganii survives in acidic conditions but Escherichia c
44             Cryo-EM structures of Morganella morganii TcdA4 and Xenorhabdus nematophila XptA1 reveal
45 nclude two subspecies: M morganii subspecies morganii (the most prevalent) and M morganii subspecies
46 r colonization with SFB on the ability of M. morganii to translocate to the spleen and mesenteric lym
47 d with a gram-negative commensal, Morganella morganii, to determine if the mucosal immune system was
48 trains were identified as M. morganii subsp. morganii (trehalose negative), while the remaining 10% w
49  DNA sequence analysis of portions of the M. morganii ure locus showed that the predicted primary str
50 e properties of the Y. enterocolitica and M. morganii ureases since the L. fermentum urease also has
51 e demonstrated that Y. enterocolitica and M. morganii ureases were activated in vitro by low pH with
52 orm of a thiophene motif, whereas Morganella morganii used a cascade reaction to incorporate amino-ac
53               Secondary colonization with M. morganii was able to stimulate GCRs anew, leading to a s
54 e report the first synthesis of a Morganella morganii ZPS repeating unit as an enabling tool in the s