mixed effects analysis of variance model Search Results


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mixed-effects analysis of variance (anova)  (SAS institute)
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Mixed Analysis Of Variance (Anova) Model, supplied by SAS institute, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Bacterial survival in: NHS and iNHS ( A ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 without IR irradiation ( B ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 with IR irradiation ( D ) and mixed NHS with nanocomposites ( C ). Graphs represent the percentage of live bacteria in the sample relative to the average number at time zero. Standard deviation values are presented with error bars, <t>Dunnett’s</t> test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in in . Corresponding results obtained for strain E. coli J53 are presented in in .
Mixed Anova, supplied by GraphPad Software Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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repeated measures, two-way analysis of varoiance (anova) or mixed effects model  (GraphPad Software Inc)
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Bacterial survival in: NHS and iNHS ( A ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 without IR irradiation ( B ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 with IR irradiation ( D ) and mixed NHS with nanocomposites ( C ). Graphs represent the percentage of live bacteria in the sample relative to the average number at time zero. Standard deviation values are presented with error bars, <t>Dunnett’s</t> test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in in . Corresponding results obtained for strain E. coli J53 are presented in in .
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mixed-effects model analysis in graphpad prism v. 10.0  (GraphPad Software Inc)
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Bacterial survival in: NHS and iNHS ( A ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 without IR irradiation ( B ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 with IR irradiation ( D ) and mixed NHS with nanocomposites ( C ). Graphs represent the percentage of live bacteria in the sample relative to the average number at time zero. Standard deviation values are presented with error bars, <t>Dunnett’s</t> test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in in . Corresponding results obtained for strain E. coli J53 are presented in in .
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fixed-effects model of analysis of variance (anova)  (Nutek Inc)
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<t> ANOVA </t> test for <t> Taguchi </t> results
Fixed Effects Model Of Analysis Of Variance (Anova), supplied by Nutek Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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linear mixed effects model splus 2000 professional edition release 3  (MathSoft Inc)
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<t> ANOVA </t> test for <t> Taguchi </t> results
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likelihood-based mixed-model repeated measures analysis of variance  (SAS institute)
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<t> ANOVA </t> test for <t> Taguchi </t> results
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random effects one-way analysis of variance model  (SAS institute)
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<t> ANOVA </t> test for <t> Taguchi </t> results
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gs mixed analysis of variance model  (Partek)
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<t> ANOVA </t> test for <t> Taguchi </t> results
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Image Search Results


Bacterial survival in: NHS and iNHS ( A ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 without IR irradiation ( B ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 with IR irradiation ( D ) and mixed NHS with nanocomposites ( C ). Graphs represent the percentage of live bacteria in the sample relative to the average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in in . Corresponding results obtained for strain E. coli J53 are presented in in .

Journal: International Journal of Molecular Sciences

Article Title: The Impact of Graphite Oxide Nanocomposites on the Antibacterial Activity of Serum

doi: 10.3390/ijms22147386

Figure Lengend Snippet: Bacterial survival in: NHS and iNHS ( A ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 without IR irradiation ( B ), nanocomposites GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 with IR irradiation ( D ) and mixed NHS with nanocomposites ( C ). Graphs represent the percentage of live bacteria in the sample relative to the average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in in . Corresponding results obtained for strain E. coli J53 are presented in in .

Article Snippet: The mean survival decrease or increase over time were studied using mixed ANOVA followed by Dunnett’s multiple comparisons test (within groups, comparing T0 and T60 survival values) or Tukey’s multiple comparisons test (between groups, comparing T60 survival values as presented in ; GraphPad Prism v. 9.1.1).

Techniques: Irradiation, Bacteria, Standard Deviation

Bactericidal effectiveness of NHS exposed to nanocomposites (GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 ) before ( A ) and after IR irradiation ( C ), the control test in iNHS ( B , D ). Graphs represent percentage of live bacteria in sample relative to average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in . Corresponding results obtained for strain E. coli J53 are presented in .

Journal: International Journal of Molecular Sciences

Article Title: The Impact of Graphite Oxide Nanocomposites on the Antibacterial Activity of Serum

doi: 10.3390/ijms22147386

Figure Lengend Snippet: Bactericidal effectiveness of NHS exposed to nanocomposites (GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 ) before ( A ) and after IR irradiation ( C ), the control test in iNHS ( B , D ). Graphs represent percentage of live bacteria in sample relative to average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in . Corresponding results obtained for strain E. coli J53 are presented in .

Article Snippet: The mean survival decrease or increase over time were studied using mixed ANOVA followed by Dunnett’s multiple comparisons test (within groups, comparing T0 and T60 survival values) or Tukey’s multiple comparisons test (between groups, comparing T60 survival values as presented in ; GraphPad Prism v. 9.1.1).

Techniques: Irradiation, Control, Bacteria, Standard Deviation

Serum sensitivity of E. coli 6.2E exposed to nanocomposites (GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 ) ( A ) and control test in iNHS ( B ). Graphs represent percentage of live bacteria in sample relative to average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in . Corresponding results obtained for strain E. coli J53 are presented in .

Journal: International Journal of Molecular Sciences

Article Title: The Impact of Graphite Oxide Nanocomposites on the Antibacterial Activity of Serum

doi: 10.3390/ijms22147386

Figure Lengend Snippet: Serum sensitivity of E. coli 6.2E exposed to nanocomposites (GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 ) ( A ) and control test in iNHS ( B ). Graphs represent percentage of live bacteria in sample relative to average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in . Corresponding results obtained for strain E. coli J53 are presented in .

Article Snippet: The mean survival decrease or increase over time were studied using mixed ANOVA followed by Dunnett’s multiple comparisons test (within groups, comparing T0 and T60 survival values) or Tukey’s multiple comparisons test (between groups, comparing T60 survival values as presented in ; GraphPad Prism v. 9.1.1).

Techniques: Control, Bacteria, Standard Deviation

Sensitivity of E. coli 6.2E to nanocomposites (GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 ) after exposure to serum ( A ) and control test in iNHS ( B ). Graphs represent percentage of live bacteria in sample relative to the average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in . Corresponding results obtained for strain E. coli J53 are presented in .

Journal: International Journal of Molecular Sciences

Article Title: The Impact of Graphite Oxide Nanocomposites on the Antibacterial Activity of Serum

doi: 10.3390/ijms22147386

Figure Lengend Snippet: Sensitivity of E. coli 6.2E to nanocomposites (GO, IV: GO-PcZr(Lys) 2 -Ag, V: GO-Ag, VI: GO-PcZr(Lys) 2 ) after exposure to serum ( A ) and control test in iNHS ( B ). Graphs represent percentage of live bacteria in sample relative to the average number at time zero. Standard deviation values are presented with error bars, Dunnett’s test p -values for within group T0–T60 pairs are shown above graph when equal or lower than 0.05. Mixed-model ANOVA results are presented in . Corresponding results obtained for strain E. coli J53 are presented in .

Article Snippet: The mean survival decrease or increase over time were studied using mixed ANOVA followed by Dunnett’s multiple comparisons test (within groups, comparing T0 and T60 survival values) or Tukey’s multiple comparisons test (between groups, comparing T60 survival values as presented in ; GraphPad Prism v. 9.1.1).

Techniques: Control, Bacteria, Standard Deviation

ANOVA test for Taguchi results

Journal: Iranian Journal of Microbiology

Article Title: Isolation of arsenic accumulating bacteria from garbage leachates for possible application in bioremediation

doi:

Figure Lengend Snippet: ANOVA test for Taguchi results

Article Snippet: The data obtained from Taguchi experiments was analyzed using the fixed-effects model of analysis of variance (ANOVA) in Qualitek-4 software (V. 14.5, Nutek Inc., MI, USA).

Techniques: Concentration Assay