The present invention provides a method for exploiting changes in {TAIL ~ the stereoelectronic nature} of differentially charged resonance forms of 9 aminoacridine , their differential stacking due to their π cloud interactions and {HEAD ~ the use} of multiplexed combinatorial matrix analyte interactions to provide high throughput coverage for the identification and quantitative analysis of the metabolome 
The present invention provides a method for exploiting changes in { TAIL ~ the stereoelectronic nature } of differentially charged resonance forms of 9 aminoacridine , their differential stacking due to their π cloud interactions and { HEAD ~ the use } of multiplexed combinatorial matrix analyte interactions to provide high throughput coverage for the identification and quantitative analysis of the metabolome
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