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Showing posts with the label Computational chemistry; molecular modeling; carbohydrates; Maillard reaction; conceptual DFT; chemical reactivity theory

Reflections on the Glycating Power of Simple Carbohydrates in the Maillard Reaction: The Conceptual DFT Viewpoint | Chapter 01 | Advances in Applied Science and Technology Vol. 4

This  study  features  an  assessment  of  multiple  density  functionals  in  calculating  the  molecular structures  and  inherent  properties  in  simple  carbohydrates  participating  in  nonenzymatic  glycation involving  amino acids  and  proteins  in  Maillard  reactions.  The  occurrences  of  nucleophilic  addition involving nonenzymatic glycation, initiate protein glycation reaction involving a carbonyl group derived from  reeducating  sugars  and  free  amino  group  forming  a  reversible  Schiff  base.  Calculations  of chemical reactivity descriptors are attained in each molecular system using Conceptual DFT. A cross-sectional comparison of results obtained through ∆SCF procedure is attained to check for accuracy and validity of the density fun...