Exploring Polymer-Saccharide Interactions: A Computational Approach for Biosensing Technology

Authors

DOI:

https://doi.org/10.61856/hc8bbm40

Keywords:

Molecular Docking, Semi-Empirical Methods, Carbohydrate-Polymer Interactions, Theoretical Studies.

Abstract

: The study utilized semi-empirical methods and molecular mechanisms to calculate the steric energy and heat of formation for glucose in various conformations .The appropriate geometric interactions were confirmed, revealing that Poly-Pyrrole (PPY) interacts specifically with the ß-form of glucose. This finding aligns well with previous studies using modified pyrrole electrodes for the experimental determination of glucose. These results suggest that the molecular docking approach is a suitable method for theoretical studies in the field of biosensor development.

Published

05/27/2026

How to Cite

Al-Jawadi, E. (2026). Exploring Polymer-Saccharide Interactions: A Computational Approach for Biosensing Technology. Gateway Journal for Modern Studies and Research (GJMSR), 3(2). https://doi.org/10.61856/hc8bbm40

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