Journal of Applied Oral Science

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601 to 610 of 720 Results

Figure_2.jpg Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens JPEG Image - 129.7 KB - MD5: 92d7d8c9fad4d297286d17d180bc7c4b Figure 2. Prevalence of periodontal pathogens in the subgingival biofilm. (A) Bars represent the relative frequency (%) of putative and potential novel periodontal pathogens across the periodontal clinical groups. (B) Columns represent the % of pathogens in subgingival biofilm of...
Figure_3A_3B.jpg Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens JPEG Image - 166.7 KB - MD5: 365a54fedea1d8f9d657e116d0720c5f Figure 3. Periodontal consortia associated with periodontal diseases. Columns represent observed (dark) and expected (dashed) counts of different bacteria combined and as single species in subgingival biofilm samples. (A) Consortia exclusively predominant in patients with periodo...
Figure_3C.jpg Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens JPEG Image - 222.3 KB - MD5: 749532c1b1f2dd1e15030e3ca3fac21b Figure 3. Periodontal consortia associated with periodontal diseases. (C) The frequency (%) of periodontal bacteria in combinations was computed for 413 individuals presenting probing pocket depth (PPD) and bleeding on probing (BOP) > and ≤ the median values (PPD=2.27 mm; % sites...
Tables_1.tab Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens Tabular Data - 887 B - 4 Variables, 22 Observations - UNF:6:Sy5ecUV0oBsYuMxLgdsBBA== Table 1. Socio-demographic data of the study population. Symbols refer to significant differences among groups (*Kruskal-Wallis and †χ2 tests, p<0.05).
Tables_2.tab Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens Tabular Data - 996 B - 8 Variables, 8 Observations - UNF:6:Os3hGvLJtWItD/P03X7nuQ== Table 2. Stepwise regression analysis (backward Wald method) using sociodemographic parameters and microbial consortia as predictors of disease severity (mild disease = stages I and II; advanced disease = stages III and IV of periodontitis). Omnibus Tests of Model Coefficients:...
Figure_1_MicefedHF.csv Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice Comma Separated Values - 3.7 KB - MD5: 38ce8c5582689600ff91c65f21ed2eb3 Figure 1- Mice fed HF diet presented body weight gain, increased adiposity, and alteration in the leptin and adiponectin concentrations. A: Weight parameters measured for 12 weeks, once a week, in groups of mice fed with control chow, AIN-93, or HF diet. B: Adiposity index measur...
Figure_1_Suppl_Analysisalveolarboneloss.csv Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice Comma Separated Values - 234 B - MD5: 29b5e35bab7ef805931017d3fefbca9d Supplementary figure 1- Analysis of alveolar bone loss of infected (Aa) or sham-infected (C) mice submitted to standard or HF 45% diet. Analysis of alveolar bone loss after 12 weeks with control or HF 45% diet, and 4 weeks after oral inoculation of A. actinomycetemcomitans (Aa)....
Figure_2_Analysisperiodontaltissues.csv Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice Comma Separated Values - 1.3 KB - MD5: 1cf06e392a4d38b2539d562d137a0394 Figure 2- Analysis of periodontal tissues and serum changes in db/db-/- mice. (A) Representative images of alveolar bone loss in WT and db/db-/- mice. (B) Analysis of alveolar bone loss in WT and db/db-/- mice. (C) MPO quantification in periodontal tissues of WT and db/db-/- mice...
Figure_3_Analysisperiodontaltissues.csv Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice Comma Separated Values - 4.2 KB - MD5: fbd53d289477603874c261103c0eaebb Figure 3- Analysis of periodontal tissues of infected or sham-infected mice subjected to the control or HF diets. (A) Representative images of hemimaxillae of mice from different experimental groups. (B) Analysis of alveolar bone loss after 12 weeks with diet and 4 weeks after or...
Figure_4_TopicalapplicationofCHX.csv Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice Comma Separated Values - 601 B - MD5: d29716e748d69c106cdcc56194a3ca77 Figure 4- Topical application of CHX impairs HF diet-induced alveolar bone loss. (A) Representative images of hemimaxillae of mice from different experimental groups. (B) Alveolar bone loss evaluation after 12 weeks of diet and 4 weeks after CHX treatment. (C) Neutrophil influx....

Figure_2.jpg

Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens

JPEG Image - 129.7 KB -

Figure 2. Prevalence of periodontal pathogens in the subgingival biofilm. (A) Bars represent the relative frequency (%) of putative and potential novel periodontal pathogens across the periodontal clinical groups. (B) Columns represent the % of pathogens in subgingival biofilm of...

Figure_3A_3B.jpg

Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens

JPEG Image - 166.7 KB -

Figure 3. Periodontal consortia associated with periodontal diseases. Columns represent observed (dark) and expected (dashed) counts of different bacteria combined and as single species in subgingival biofilm samples. (A) Consortia exclusively predominant in patients with periodo...

Figure_3C.jpg

Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens

JPEG Image - 222.3 KB -

Figure 3. Periodontal consortia associated with periodontal diseases. (C) The frequency (%) of periodontal bacteria in combinations was computed for 413 individuals presenting probing pocket depth (PPD) and bleeding on probing (BOP) > and ≤ the median values (PPD=2.27 mm; % sites...

Tables_1.tab

Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens

Tabular Data - 887 B - 4 Variables, 22 Observations -

Table 1. Socio-demographic data of the study population. Symbols refer to significant differences among groups (*Kruskal-Wallis and †χ2 tests, p<0.05).

Tables_2.tab

Nov 29, 2022 - Periodontal disease severity is associated to pathogenic consortia comprising putative and candidate periodontal pathogens

Tabular Data - 996 B - 8 Variables, 8 Observations -

Table 2. Stepwise regression analysis (backward Wald method) using sociodemographic parameters and microbial consortia as predictors of disease severity (mild disease = stages I and II; advanced disease = stages III and IV of periodontitis). Omnibus Tests of Model Coefficients:...

Figure_1_MicefedHF.csv

Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice

Comma Separated Values - 3.7 KB -

Figure 1- Mice fed HF diet presented body weight gain, increased adiposity, and alteration in the leptin and adiponectin concentrations. A: Weight parameters measured for 12 weeks, once a week, in groups of mice fed with control chow, AIN-93, or HF diet. B: Adiposity index measur...

Figure_1_Suppl_Analysisalveolarboneloss.csv

Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice

Comma Separated Values - 234 B -

Supplementary figure 1- Analysis of alveolar bone loss of infected (Aa) or sham-infected (C) mice submitted to standard or HF 45% diet. Analysis of alveolar bone loss after 12 weeks with control or HF 45% diet, and 4 weeks after oral inoculation of A. actinomycetemcomitans (Aa)....

Figure_2_Analysisperiodontaltissues.csv

Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice

Comma Separated Values - 1.3 KB -

Figure 2- Analysis of periodontal tissues and serum changes in db/db-/- mice. (A) Representative images of alveolar bone loss in WT and db/db-/- mice. (B) Analysis of alveolar bone loss in WT and db/db-/- mice. (C) MPO quantification in periodontal tissues of WT and db/db-/- mice...

Figure_3_Analysisperiodontaltissues.csv

Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice

Comma Separated Values - 4.2 KB -

Figure 3- Analysis of periodontal tissues of infected or sham-infected mice subjected to the control or HF diets. (A) Representative images of hemimaxillae of mice from different experimental groups. (B) Analysis of alveolar bone loss after 12 weeks with diet and 4 weeks after or...

Figure_4_TopicalapplicationofCHX.csv

Nov 4, 2022 - Dysbiotic oral microbiota contributes to alveolar bone loss associated with obesity in mice

Comma Separated Values - 601 B -

Figure 4- Topical application of CHX impairs HF diet-induced alveolar bone loss. (A) Representative images of hemimaxillae of mice from different experimental groups. (B) Alveolar bone loss evaluation after 12 weeks of diet and 4 weeks after CHX treatment. (C) Neutrophil influx....

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