A mathematical representation for the non-linear accelerator mechanics response technique
is discussed. We have a tendency to ponder dynamic models of reversible hastening agent …

Chemical kinetics is a branch of chemistry that investigates the rates of chemical reactions
and has applications in cosmology, geology, and physiology. In this study, we develop a …

The mathematical model is described in this article as a mono-enzyme dual biosensor. This
model involves coupling the enzyme-catalyzed reactions under steady-state conditions for a …

In this article, a carrier-mediated transport model is considered. The steady-state non-linear
diffusion equations were solved by two effective and accessible analytical methods, Akbari …

In this paper, we have applied an accurate and efficient wavelet scheme (due to Legendre
polynomial) to find the numerical solutions for a set of coupled reaction–diffusion equations …

Enzyme reactions have numerous applications in diverse disciplines of science like
chemistry, biology and biomechanics. In this study, we examine the role and act of enzymes …

Objetivo: Conocer el estado del arte en esta área del conocimiento, resaltando los
hallazgos más exitosos y promisorios publicados recientemente. Materiales y Métodos: Se …

In this study, a biosensor based on an electrode that has been chemically altered is
represented mathematically. The homotopy perturbation method analytically solves the …

The coupled system of non-linear second-order reaction differential equation in basic
enzyme reaction is formulated and closed analytical expressions for substrate and product …

This article uses computational mathematics to investigate the dynamics of cooperative
occurrences in chemical reactions inside living organisms. We study the dynamics of …