Add to ORKGUsing path analysis a model of the oxygen transport system was developed. The sources of data were correlation coefficients from the published results. Path analysis delineated a model of this system comprising ten components: blood volume, heart volume, total hemoglobin concentration, oxygen consumption, oxygen uptake, work capacity, cardiac output, heart rate, stroke volume, and diffusing capacity. The model was physiologically consistent. In the healthy human the variance of the system as a whole was greater than the variance of the components; in the unhealthy the opposite held
A new method is presented for describing the rate of oxygen consumption in response to progressive h...
Cardiovascular system is primarily considered as the human body's transport system. Oxygen, carbon d...
A new analysis of the relationship between cardiac output (Q˙) and oxygen consumption V˙O2 is presen...
The state variables are reported for each of the four main compartments, and their value is calculat...
Emphasizing the over-all performance of the O2 transport system, as well as the interactions between...
This article is a Mathematical Study of oxygen transport in human body. We can clearly see that diff...
The new mathematical models, algorithms and programs imitating the movement of the erythrocytes over...
A model is described from which the entropy production associated with the process of transporting o...
Many mathematical models of the transport of oxygen in the microcirculation have been proposed. It i...
Mathematical models describing oxygen transport within capillaries typical of the human microcircula...
Using thermodynamic principles relating to steady state processes, a detailed biophysicochemical mod...
Computer models of neonatal oxygenation could serve as a tool for a comprehensive comparison of clos...
This paper aims to establish a block-structured model to predict oxygen uptake in humans during mode...
<p>: mean variability observed in the corresponding parameter during the struggle phase; ITP: intrat...
We have analysed 56 continuous oxygen equilibrium curves of fresh human blood, each from 0 to 150 To...
A new method is presented for describing the rate of oxygen consumption in response to progressive h...
Cardiovascular system is primarily considered as the human body's transport system. Oxygen, carbon d...
A new analysis of the relationship between cardiac output (Q˙) and oxygen consumption V˙O2 is presen...
The state variables are reported for each of the four main compartments, and their value is calculat...
Emphasizing the over-all performance of the O2 transport system, as well as the interactions between...
This article is a Mathematical Study of oxygen transport in human body. We can clearly see that diff...
The new mathematical models, algorithms and programs imitating the movement of the erythrocytes over...
A model is described from which the entropy production associated with the process of transporting o...
Many mathematical models of the transport of oxygen in the microcirculation have been proposed. It i...
Mathematical models describing oxygen transport within capillaries typical of the human microcircula...
Using thermodynamic principles relating to steady state processes, a detailed biophysicochemical mod...
Computer models of neonatal oxygenation could serve as a tool for a comprehensive comparison of clos...
This paper aims to establish a block-structured model to predict oxygen uptake in humans during mode...
<p>: mean variability observed in the corresponding parameter during the struggle phase; ITP: intrat...
We have analysed 56 continuous oxygen equilibrium curves of fresh human blood, each from 0 to 150 To...
A new method is presented for describing the rate of oxygen consumption in response to progressive h...
Cardiovascular system is primarily considered as the human body's transport system. Oxygen, carbon d...
A new analysis of the relationship between cardiac output (Q˙) and oxygen consumption V˙O2 is presen...