<p>A) Class distribution of the different identified metabolites. n = number of metabolites in each class. B) The Random Forest statistical analysis of the metabolomic data was used to identify the top 30 biochemicals with the greatest influence in distinguishing different groups. Metabolites are listed on the y-axis in order of importance, which importance decreasing from top to bottom. The mean decrease in accuracy for each metabolite is plotted on the x-axis.</p
<p>Metabolites have been classified according to their molecular structures or known metabolic funct...
<p>(A) Scatter plots showing correlation among slopes and corresponding coefficients of regression (...
<p>Using both per RIL CV and average for the 559 metabolites where CV could be measured, we estimate...
<p>A) Class distribution of the different identified metabolites. n = number of metabolites in eac...
<p>A) Class distribution of the different identified metabolites. n = number of metabolites in eac...
<p>Distribution in the different metabolic classes of the annotable metabolites responsible for the ...
<p>Random forest analysis (RFA) was utilized to determine which variables (biochemicals) had the lar...
<p>A map of central metabolism was created in cytoscape and used to plot the estimated additive effe...
Top 15 metabolites with the highest discriminatory power between both diet groups are listed. Red fi...
<p>Metabolites are rank-ordered by their mean decrease accuracy score. A higher mean decrease accura...
<p>Units for all the metabolites are in mg/kg per FW.*sem = standard error of the mean, and %CV = ...
<p>Metabolites with a statistically significant difference in abundance between the healthy and alco...
Significantly differing metabolites comparing one developmental stage to the next.</p
Not only the levels of individual metabolites, but also the relations between the levels of differen...
<p>Bold text indicates statistically significantly different metabolites (ANOVA, p<0.05). UDP-GlcA =...
<p>Metabolites have been classified according to their molecular structures or known metabolic funct...
<p>(A) Scatter plots showing correlation among slopes and corresponding coefficients of regression (...
<p>Using both per RIL CV and average for the 559 metabolites where CV could be measured, we estimate...
<p>A) Class distribution of the different identified metabolites. n = number of metabolites in eac...
<p>A) Class distribution of the different identified metabolites. n = number of metabolites in eac...
<p>Distribution in the different metabolic classes of the annotable metabolites responsible for the ...
<p>Random forest analysis (RFA) was utilized to determine which variables (biochemicals) had the lar...
<p>A map of central metabolism was created in cytoscape and used to plot the estimated additive effe...
Top 15 metabolites with the highest discriminatory power between both diet groups are listed. Red fi...
<p>Metabolites are rank-ordered by their mean decrease accuracy score. A higher mean decrease accura...
<p>Units for all the metabolites are in mg/kg per FW.*sem = standard error of the mean, and %CV = ...
<p>Metabolites with a statistically significant difference in abundance between the healthy and alco...
Significantly differing metabolites comparing one developmental stage to the next.</p
Not only the levels of individual metabolites, but also the relations between the levels of differen...
<p>Bold text indicates statistically significantly different metabolites (ANOVA, p<0.05). UDP-GlcA =...
<p>Metabolites have been classified according to their molecular structures or known metabolic funct...
<p>(A) Scatter plots showing correlation among slopes and corresponding coefficients of regression (...
<p>Using both per RIL CV and average for the 559 metabolites where CV could be measured, we estimate...