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