The objective of this study was to investigate the effects of capillary network anastomoses
and tortuosity on oxygen transport in skeletal muscle, as well as the importance of muscle …

Oxygen transport from capillary networks in muscle at a high oxygen consumption rate was
simulated using a computational model to assess the relative efficacies of sprouting and …

The objective of this study was to investigate the effect of arteriolar vasomotion on oxygen
transport from capillary networks. A computational model was used to calculate blood flow …

Characterizing the resistances to O2 transport from the erythrocyte to the mitochondrion is
important to understanding potential transport limitations. A mathematical model is …

Theoretical simulations of oxygen transport in skeletal muscle are used to study the role of
arterioles in oxygen delivery. A three-dimensional configuration of capillaries and arterioles …

A realistic geometric model for the three-dimensional capillary network geometry is used as
a framework for studying the transport and consumption of oxygen in cardiac tissue. The …

Convective oxygen transport parameters were determined in arteriolar (n= 5) and venular
(n= 5) capillary networks in the hamster cheek pouch retractor muscle. Simultaneously …

Striated muscles of hindlimb, jaw, or tongue in dogs, cats, rabbits, rats, and guinea pigs were
perfused under high pressure with Microfil (a silicone elastomer of viscosity 20 cP approx.) …

A numerical method is implemented for computing blood flow through a branching
microvascular capillary network. The simulations follow the motion of individual red blood …

Total capillary length, capillary segment length, and number of anastomoses per capillary
were measured in rat gracilis muscle at rest and after 2 min of phasic contraction. Mean …