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1 r their combination on any metric, including bacterial composition.
2  virome composition reflected alterations in bacterial composition.
3  AL is independent of the initially dominant bacterial composition.
4 ntified 3 groups of infants defined by their bacterial composition.
5  uninfected population both in diversity and bacterial composition.
6 ity and produced consistent shifts in sputum bacterial composition.
7 etition did ameliorate the representation of bacterial composition.
8 shedding group, with no major differences in bacterial composition.
9 RNA amplicon sequencing were used to analyze bacterial composition.
10 nt of native GLS in the raw material and its bacterial composition.
11 stently found an impact of glyphosate on gut bacterial composition.
12 yrosequencing was used to characterize their bacterial compositions.
13 changes to 'core' bacterial and fungal taxa, bacterial composition, abundance of functionally importa
14 sulting in more unpredictable variability in bacterial composition across individuals.
15  factors correlate with the diversity of MPL bacterial composition across plastics.
16 ain bacteria, causing greater convergence in bacterial composition across the caterpillar life stage.
17  followed by an increasing divergence of the bacterial composition after separation.
18                               Changes in the bacterial composition after treatment for an exacerbatio
19 to determine the fecal and mucosa-associated bacterial composition along the gastrointestinal (GI) tr
20 ower in SAM milk samples, and differences in bacterial composition and activity were also found.
21 racy of OTU-based methods for characterizing bacterial composition and community structure.
22                                              Bacterial composition and community-level functions infe
23                                              Bacterial composition and diversity corresponded strongl
24 cluding those related to angiogenesis, while bacterial composition and fermentation activity remain s
25 om T1D patients to analyze amyloid-producing bacterial composition and found a significant associatio
26 ver time, as well as in the context of diet, bacterial composition and function, metabolite levels, c
27 ith asthma, additional differences in sputum bacterial composition and fungal richness were identifie
28                    IAP deficiency alters gut bacterial composition and gut barrier function.
29 or to CD risk, potentially via modulation of bacterial composition and gut inflammation.
30 agenomic assembly challenges, such as uneven bacterial composition and intra-species heterogeneity.
31 ander effect on the microbiome, changing its bacterial composition and resistome.
32  rRNA gene amplicon sequencing revealed that bacterial composition and richness varied markedly betwe
33 learning on RFI was predictive of both rumen bacterial composition and serum metabolomic signature (A
34                Antibiotic alterations in gut bacterial composition and skeletal morphology were sex d
35                                      Altered bacterial composition and small intestinal bacterial ove
36 s synergistically affected alcohol-perturbed bacterial composition and the gut barrier and exaggerate
37  with recurrent CDAD were highly variable in bacterial composition and were characterized by markedly
38 ow here that diabetes causes a shift in oral bacterial composition and, by transfer to germ-free mice
39                                              Bacterial composition appears driven by flea species and
40  nasal microbiota and decreased diversity in bacterial compositions as well as increased S. aureus ab
41 fier of host metabolic function with altered bacterial composition associated with disease risk.
42 ith the maturity of the gut microbiome and a bacterial composition associated with increased risk of
43 neal ulcers were processed and evaluated for bacterial composition based on 16S ribosomal RNA gene se
44                In this study we compared the bacterial composition between two populations of Ph. chi
45 ched FMT resulted in significantly different bacterial compositions between recipients early vs. late
46  demonstrated a high degree of similarity of bacterial compositions between the mothers and their chi
47 sk of CD onset, a higher FCP, and an altered bacterial composition, but not genetic burden or altered
48 e polyps were immediately analyzed for their bacterial composition by 16S rRNA gene sequencing, the r
49                             We characterized bacterial composition by polymerase chain reaction ampli
50 nnon index (P = .021) and differential nasal bacterial composition by weighted UniFrac distance (perm
51 nalysis indicates that the resistome and the bacterial composition clustered together in influent sam
52 o African populations, we find evidence that bacterial composition correlates with the genetic relate
53 of Coracle by analyzing associations between bacterial composition data (i.e. 16S rRNA Amplicon Seque
54 ts used a crowdsourcing model to obtain oral bacterial composition data from guests at the Denver Mus
55                                 The dominant bacterial composition did not remain constant over the d
56                                         Soil bacterial composition differed greatly across the six ec
57 isclosed that IL22BP deficiency yields a gut bacterial composition distinct from that of WT mice.
58 plying different sets of 16S rRNA primers on bacterial composition, diversity, and predicted function
59 sociated with deleterious changes to vaginal bacterial composition in a subsample of 572 women in the
60                                              Bacterial composition in maternal breast milk, areolar s
61                                          The bacterial composition in the ACC was significantly diffe
62 detected the ratio of live/dead bacteria and bacterial composition in the biofilms treated by DMADDM
63 is in interleukin-10-deficient mice, altered bacterial composition in the colon, enhanced E. faecalis
64 ng bee mortality, parasite intensity and the bacterial composition in the gut microbiome estimated fr
65 graft and lung, which is perhaps mediated by bacterial composition in the gut.
66       Metagenomic analysis revealed that the bacterial composition in the PIOM differed by habitat ty
67                                 Variation in bacterial composition inside a host is a result of compl
68                                              Bacterial composition may be affected by age, oral healt
69 ir effects on the oral microbiome's ecology, bacterial composition, metabolic activity, and dysbiosis
70                                   The facial bacterial composition of 10-year-old children was strong
71  of 2 hypervariable regions of 16 S rDNA the bacterial composition of 577 flea specimens of Madagasca
72 use of rRNA sequence analysis, to assess the bacterial composition of BALF from children with CF and
73                                          The bacterial composition of certain subcommunities was dete
74 metagenomics research to rapidly catalog the bacterial composition of clinical specimens directly fro
75 (EEC; 200 mug/L) of atrazine affects the gut bacterial composition of Cuban tree frog (Osteopilus sep
76 raffin-embedded specimens and found that the bacterial composition of cutaneous melanoma (beta-divers
77 that the spatial variation in the fungal and bacterial composition of different fruit tissues exists
78                                              Bacterial composition of feces, and mucosa of the duoden
79 een periodontitis and RA, and monitoring the bacterial composition of GCF might inform on RA activity
80  infection intensity was associated with the bacterial composition of helminth guts but not with the
81 nce on phylum, but on family and genus level bacterial composition of skin samples collected at basel
82 y induced major changes in the structure and bacterial composition of soil microbial communities, red
83                              Determining the bacterial composition of the canine oral microbiome is o
84 eeded to evaluate whether similar effects on bacterial composition of the dental plaque may occur in
85 ese findings suggest that similar effects on bacterial composition of the dental plaque may occur in
86 dy explores the potential differences in the bacterial composition of the faecal microbiota between t
87 se in fecal bile acid excretion, changed the bacterial composition of the gut and modulated thermogen
88                                          The bacterial composition of the JC was stable during develo
89                                We review the bacterial composition of the mammalian intestine, known
90                                          The bacterial composition of the SFM is influenced according
91 s study demonstrates that alterations in the bacterial composition of the sigmoid colon of IBS patien
92 tation of WD mice resulted in restoration of bacterial composition of the stool microbiota, transitio
93       Our aim was to identify changes in the bacterial composition of three individuals of reintroduc
94 was transferred to recipients early in life, bacterial compositions of recipients from donors later i
95                                      Overall bacterial composition or load has not been found to asso
96             Fecal samples were evaluated for bacterial composition prior to and 7 days following each
97                               Differences in bacterial composition separated the healthy and CMA popu
98 breath tests reflected the mucosa-associated bacterial composition, there was no evidence for high pr
99      Consistent with past research, we found bacterial composition to be more diverse in youth microb
100 rrelations between subsets of the virome and bacterial composition (unclassifiable "dark matter" and
101 We describe a novel approach to characterize bacterial composition using deep sequencing of 16S rRNA
102 enetic relatedness, while abundance weighted bacterial composition varies more significantly with geo
103                                              Bacterial composition was analysed through 16S rRNA gene
104                                              Bacterial composition was analyzed from whole oral swabs
105    In patients with severe asthma, bronchial bacterial composition was associated with several diseas
106        In a prospective, longitudinal study, bacterial composition was identified with sequencing of
107 in uninfected GC-C-/- mice was decreased and bacterial composition was imbalanced and included outgro
108 n, despite interspecies differences in rumen bacterial composition, we are not aware of any direct co
109                                              Bacterial compositions were determined by 16S rRNA gene
110 e primary factors determining a child's skin bacterial composition, which differed significantly amon
111  patients demonstrated substantial shifts in bacterial composition with greater abundances of Enteroc
112 dentified complete reorganization of vaginal bacterial composition within a day of initiating therapy

 
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