Results on certain biopolymers using M-polynomial and NM-polynomial of topological indices

Abstract

The topological indices is a numerical descriptors that helps in forecasting the physio-chemical characteristics and biological actions of a chemical molecules. It is often helpful forecast numerous physiochemical attributes and biological actions of molecules in chemometrices, bioinformatics and biomedicines. In the present work establish the M-polynommial and NM-polynomial of some utmost familiar biopolymers (xanthan gum, gellan gum and polyacrylamide). These polynomials are used to extract certain degree-based TI’s. The uses of these biopolymers, which can increasingly take the place of traditional admixtures for the application of soil stability and enhancement. Mathematics Subject Classification 05C92 . 05C09 . 92E10

M-Polynomial and NM-Polynomial Methods for Topological Indices of Polymers

“…Te Mpolynomial hinges on vertex degrees, while the NMpolynomial builds on neighborhood degree-based indices. Tese tools underpin the study of prevalent biopolymers, such as xanthan gum and gellan gum [29].…”

“…Research worldwide has applied the Mpolynomial and NM-polynomial to graphene structures (see [30][31][32][33][34]). Recently, Mohammed Yasin et al [29,35] have calculated the M-polynomial and NM-polynomial concepts for biopolymer structures. In recent years, there has been a signifcant increase in research activity, particularly in the feld of topological indices and their practical applications.…”

Results on Certain Biopolymers Using M‐Polynomial and NM‐Polynomial of Topological Indices

“…We acknowledge the presentation of manuscript as a preprint in Research Square [47]. In addition, the corresponding author acknowledges the support he received from Addis Ababa University Mathematics Department Capacity building project via ISP (International Science Program) to conduct research.…”