The determination of oxygen concentration profiles in surrounding tissue of capillaries is a most interesting problem in studying mathematical biology. The mathematical analysis of oxygen distribution in a region containing multiple non-homogeneous capillaries is pre-sented. Even the occurrence of anoxia area after losing stable state by rough movements such as exercise is explained using exact solution. ASSUMPTIONS A large circular region of radius R, consisting of N capillaries of uneven locations and diffusion strength, is considered for the physical modelling. We assume there is no hypoxic area in the region, that is, everywhere the consumption is k per volume in stable state. On each source, the oxygen amount of solute-out is stable, t...
A mathematical model to simulate oxygen delivery through a capillary to tissues under the influence ...
Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's dis...
Delivery of oxygen to tissue is an essential function of the microcirculation and plays an important...
Mathematical models describing oxygen transport within capillaries typical of the human microcircula...
Oxygen plays an important role in the metabolism of cells inside the human body. The transfer of oxy...
The ability to characterise capillary supply plays a key role in developing effective therapeutic in...
Developing effective therapeutic interventions for pathological conditions associated with abnormal ...
The ability to characterise capillary supply plays a key role in developing effective therapeutic in...
Oxygen diffusion for time-dependent diffusion and consumption can be measured for small tissue regio...
Maximal oxygen consumption rates in exercising skeletal muscle are studied using a Krogh-type cylind...
Most studies devoted to mathematical modelling of oxygen transport to tissue have assumed a constant...
Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's dis...
This article explores how common misunderstandings about the microcirculation – that capillary suppl...
Abstract. In this article, we propose an integrated model for oxygen transfer into the blood, couple...
<p>Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's ...
A mathematical model to simulate oxygen delivery through a capillary to tissues under the influence ...
Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's dis...
Delivery of oxygen to tissue is an essential function of the microcirculation and plays an important...
Mathematical models describing oxygen transport within capillaries typical of the human microcircula...
Oxygen plays an important role in the metabolism of cells inside the human body. The transfer of oxy...
The ability to characterise capillary supply plays a key role in developing effective therapeutic in...
Developing effective therapeutic interventions for pathological conditions associated with abnormal ...
The ability to characterise capillary supply plays a key role in developing effective therapeutic in...
Oxygen diffusion for time-dependent diffusion and consumption can be measured for small tissue regio...
Maximal oxygen consumption rates in exercising skeletal muscle are studied using a Krogh-type cylind...
Most studies devoted to mathematical modelling of oxygen transport to tissue have assumed a constant...
Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's dis...
This article explores how common misunderstandings about the microcirculation – that capillary suppl...
Abstract. In this article, we propose an integrated model for oxygen transfer into the blood, couple...
<p>Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's ...
A mathematical model to simulate oxygen delivery through a capillary to tissues under the influence ...
Capillary dysfunction impairs oxygen supply to parenchymal cells and often occurs in Alzheimer's dis...
Delivery of oxygen to tissue is an essential function of the microcirculation and plays an important...