Microcirculatory red blood cell (RBC) hemodynamics are impaired within skeletal muscle of
Type I diabetic rats (Kindig CA, Sexton WL, Fedde MR, and Poole DC. Respir Physiol 111 …

A detailed nonlinear four-region (red blood cell, plasma, interstitial fluid, and parenchymal
cell) axially distributed convection-diffusion-permeation-reaction-binding computational …

Healthy aging acts to redistribute blood flow (Q˙) and thus O2 delivery (Q˙ O2) among and
within the exercising muscles such that Q˙ O2 to highly oxidative muscle fibers may be …

In skeletal muscle capillaries, red blood cell (RBC) flux (FRBC), velocity (VRBC) and
haematocrit (HctCAP) are key determinants of microvascular O2 exchange. However, the …

A quantitative understanding of unidirectional versus net extraction of oxygen in the brain is
required because an important factor in calculating oxidative metabolism by calibrated …

A priori knowledge of the dissolved oxygen (O2) concentration profile within a hepatic
hollow fiber (HF) bioreactor is important in developing an effective bioartificial liver assist …

Hepatic hollow fiber bioreactors are considered a promising class of bioartificial liver assist
device (BLAD). Unfortunately, limited oxygen (O2) transport to hepatocytes within this device …

This work represents a culmination of research on oxygen transport to muscle tissue, which
takes into account oxygen transport due to convection, diffusion, and the kinetics of …

We present a cellular automaton (CA) model of particles in a single-file motion with free
particle exchange at the boundaries of a one-dimensional channel connected to two infinite …

Mammalian cells require an adequate supply of energy, stored in the form of the high-
energy phosphate bond of adenosine triphosphate (ATP), to carry out their various functions …