and integration of a real-time electrical and hemodynamic activity monitor into one wearable device. For patient distributed monitoring and creating a body-area network, up to seven same devices can be connected to a single base station (PC) synchronously. Each...

-invasive monitoring method for hemodynamic brain activity until

now mainly used in research. NIRS offers numerous benefits, some of which make it a perfect

candidate for a diagnostic tool to acquire information complementing the one from EEG...

Stents are tubular structure equipments which deployed to physically reopen stenotic regions of arteries. Although stents are widely used to restore blood flow, they increase the risk of restenosis in the vicinity of ...

Introduction

The near infrared (NIR) range of the light spectrum (650-1000 nm) can be used to

monitor tissue’s hemodynamic activity, since NIR photons are able to penetrate even

relatively dense biological tissue, including skin...

degree of sweep angles are performed at Reynolds numbers of 125, 500, and 960. The hemodynamic characteristics such as secondary flows, vorticity, and axial velocity profiles are analyzed. Flow patterns in S-shaped bends are strongly depend on both...

has a great impact on the associated hemodynamic, which plays a significant role on the atherogenesis. There are medical reports that indicate atherosclerotic stenoses is widely observed in different sites of internal carotid artery (ICA). Relatively...