Figure S5. Representation of LC-MS elution profiles of MCR-ALS resolved components corresponding to most representative glycerolipid biomarkers. A) Brain female samples. B) Brain male samples. C) Gonads female samples. D) Gonads male samples. E) Intestinal tract female samples. F) Intestinal tract male samples. (TIF 645 kb
Raw MSEA results. Left Panel shows the liver tissue results, while right panel shows the adipose tis...
Figure S1. European-American metabolomic causal network using the G-DAG algorithm. Table S1. Charact...
Calculation of B1 and coil-receive-profile-corrected metabolite concentrations normalized to tissue ...
Figure S6. Representation of LC-MS elution profiles of MCR-ALS resolved components corresponding to ...
Figure S4. A) Output of MCR-ALS analysis of the final augmented data matrix to find purest elution a...
Figure S3. Final augmented LC-MS ROI data matrix containing information of the 90 samples analyzed. ...
Figure S1. LC-MS profiles once imported into MATLAB environment and after ROI compression and filter...
Figure S2. Augmented LC-MS ROI data matrices of brain samples (Control, C60, SWCNT, ShWCNT and LWCNT...
Table S1. Coincident ROIs obtained both with our methodology and with centWave algorithm of XCMS pac...
Results for the regression model of the unstratified population with the five MetS. Table S2âS4. R...
Figure S1. Sexual dimorphism in the MS and ME and LGCI. Figure S2. Hierarchical clustering and predi...
S-plot in orthogonal projections to latent structures with effect matrix (OPLS-EP) model comparing v...
Supplementary material. Expanded methods and results. Table S1. Demographic and Clinical Characteris...
Table S1. Most probable phospholipid species (FAME measure by GC-FID) identified in liver. Relative ...
Classification of the subjects using significant compounds levels. ROC curves showed how the levels ...
Raw MSEA results. Left Panel shows the liver tissue results, while right panel shows the adipose tis...
Figure S1. European-American metabolomic causal network using the G-DAG algorithm. Table S1. Charact...
Calculation of B1 and coil-receive-profile-corrected metabolite concentrations normalized to tissue ...
Figure S6. Representation of LC-MS elution profiles of MCR-ALS resolved components corresponding to ...
Figure S4. A) Output of MCR-ALS analysis of the final augmented data matrix to find purest elution a...
Figure S3. Final augmented LC-MS ROI data matrix containing information of the 90 samples analyzed. ...
Figure S1. LC-MS profiles once imported into MATLAB environment and after ROI compression and filter...
Figure S2. Augmented LC-MS ROI data matrices of brain samples (Control, C60, SWCNT, ShWCNT and LWCNT...
Table S1. Coincident ROIs obtained both with our methodology and with centWave algorithm of XCMS pac...
Results for the regression model of the unstratified population with the five MetS. Table S2âS4. R...
Figure S1. Sexual dimorphism in the MS and ME and LGCI. Figure S2. Hierarchical clustering and predi...
S-plot in orthogonal projections to latent structures with effect matrix (OPLS-EP) model comparing v...
Supplementary material. Expanded methods and results. Table S1. Demographic and Clinical Characteris...
Table S1. Most probable phospholipid species (FAME measure by GC-FID) identified in liver. Relative ...
Classification of the subjects using significant compounds levels. ROC curves showed how the levels ...
Raw MSEA results. Left Panel shows the liver tissue results, while right panel shows the adipose tis...
Figure S1. European-American metabolomic causal network using the G-DAG algorithm. Table S1. Charact...
Calculation of B1 and coil-receive-profile-corrected metabolite concentrations normalized to tissue ...