2D Salivary metabolome fingerprints acquired with different GC×GC-TOF MS setups are realigned using an easy-to-apply strategy. The UT fingerprint of the realigned dataset is used to evaluate the impact of Advanced Glycation End-products (AGEs) rich diets compared to a raw food control regimen.
Realignment of human saliva metabolites patterns in a diet-intervention study: the potential of GC×GC-TOF MS combined to fingerprinting to unravel the Advanced Glycation End-products effects
Simone Squara;Andrea Caratti;Carlo Bicchi;Chiara Cordero
2022-01-01
Abstract
2D Salivary metabolome fingerprints acquired with different GC×GC-TOF MS setups are realigned using an easy-to-apply strategy. The UT fingerprint of the realigned dataset is used to evaluate the impact of Advanced Glycation End-products (AGEs) rich diets compared to a raw food control regimen.
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