The present study is the effects of heat source and chemical reaction on MHD blood flow in
permeable bifurcated arteries with an inclined magnetic field in view of carotid body tumor …

Introduction: Recent cancer research into microgravity or altered gravity environments has
gained attention for its potential to disrupt cancer cell growth and proliferation while reducing …

We investigated a physical system for unsteady blood flow and solute transport in a section
of a constricted porous artery. The aim of this study was to determine effects of hematocrit …

In general, the development of arterial diseases is characterized by the heat and solutal
transport phenomena of blood. Also, the transport of macromolecules with mixed gasses via …

In this article, we review previous studies of modeling problems for blood flow with or without
transport of a solute in a section of arterial blood flow and in the presence of atherosclerosis …

This study examined the effects of chemical reaction, stenosis shape parameter and non-
Newtonian behaviour on solute dispersion in blood flow via an asymmetric stenosed artery …

The diameter of an artery can narrow due to atherosclerosis or stenosis, making it
challenging to resolve solute dispersion issues as blood flows via a stenosed artery. The …

Recent developments in the field of nanotechnology for novel haematological treatments
has higher scopes and befitting results. Owing to such neoteric outcomes the problem of …

The present article investigates on a hybrid nano-fluid blood flow in an artery having
stenosis under the existence of an external magnetic field over a porous medium via …

This study examines the effects of chemical reaction, stenosis shape parameter and non-
Newtonian behaviour on solute dispersion in blood flow via an asymmetric stenosed artery …