<p>m/z values suggested by the PLS-DA loadings when combining the precursor ions together for analysis using PLS-DA following feature selection with STT and WTT.</p
<p>Quantitative ion intensities obtained for the three derivatization products.</p
Traditionally, mass spectrometry (MS) output is the ion abundance plotted versus ionic mass-to-charg...
<p>Precursor ions for each spectrum were (A) <i>m/z</i> 732.5, (B) <i>m/z</i> 706.5, (C) <i>m/z</i> ...
Explicit analyses of ligand RMSD in 200 ns MD simulation (All units are in nm).</p
<p>Source- and compound-dependent parameters and ion transitions of each analyte and IS used for the...
<p>Mass spectrometry acquisition parameters of the intermediates. * Quantitative product ion.</p
<p>MS/MS parameters (*The product ion was selected during post-processing of the data for the quanti...
<p>(•, CPPY; ▪, PPPY. A, marker a in experimental samples; B, marker a in test samples; C, marker b ...
<p>The product ions from the precursor ion at <i>m/z</i> 780.5 represent neutral losses of a PC head...
<p>Extracted ion chromatograms (EIC) of <i>m/z</i> 703.05, 704.39, and 708.38 from the reference mat...
<p>Analysis of MALDI TOF/TOF MS/MS about the molecular ion peak of 1570.0358.</p
Experimental and modelled parameters from column study for single/mixed-metal solutions.</p
Loadings (scores) of the variables (ions) on the first two axes of the PCA ordination (Fig 3).</p
<p>Retention time and selected ions for the analysis of the target phthalates.</p
<p>Tabulation of selective ion monitoring (SIM) attributes and the ions monitored for the respective...
<p>Quantitative ion intensities obtained for the three derivatization products.</p
Traditionally, mass spectrometry (MS) output is the ion abundance plotted versus ionic mass-to-charg...
<p>Precursor ions for each spectrum were (A) <i>m/z</i> 732.5, (B) <i>m/z</i> 706.5, (C) <i>m/z</i> ...
Explicit analyses of ligand RMSD in 200 ns MD simulation (All units are in nm).</p
<p>Source- and compound-dependent parameters and ion transitions of each analyte and IS used for the...
<p>Mass spectrometry acquisition parameters of the intermediates. * Quantitative product ion.</p
<p>MS/MS parameters (*The product ion was selected during post-processing of the data for the quanti...
<p>(•, CPPY; ▪, PPPY. A, marker a in experimental samples; B, marker a in test samples; C, marker b ...
<p>The product ions from the precursor ion at <i>m/z</i> 780.5 represent neutral losses of a PC head...
<p>Extracted ion chromatograms (EIC) of <i>m/z</i> 703.05, 704.39, and 708.38 from the reference mat...
<p>Analysis of MALDI TOF/TOF MS/MS about the molecular ion peak of 1570.0358.</p
Experimental and modelled parameters from column study for single/mixed-metal solutions.</p
Loadings (scores) of the variables (ions) on the first two axes of the PCA ordination (Fig 3).</p
<p>Retention time and selected ions for the analysis of the target phthalates.</p
<p>Tabulation of selective ion monitoring (SIM) attributes and the ions monitored for the respective...
<p>Quantitative ion intensities obtained for the three derivatization products.</p
Traditionally, mass spectrometry (MS) output is the ion abundance plotted versus ionic mass-to-charg...
<p>Precursor ions for each spectrum were (A) <i>m/z</i> 732.5, (B) <i>m/z</i> 706.5, (C) <i>m/z</i> ...
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