<p>Fig 8A: Simulated ferrous iron flux using passive-gradient SD model for the four extracellular medium conditions. Absolute values of simulated ferrous iron flux for passive-gradient model with addition of Cp (300 µg/ml), apo-Tf (55 µM) or apo-Tf + Cp in extracellular medium under hypoxic conditions (1% O<sub>2</sub>). Simulations show no flux change relative to control with addition of Cp, apo-Tf, or apo-Tf + Cp after 1, 5 or 10 min. Simulated flux dynamics decrease to the same extent with time for all four experimental conditions of extracellular medium. Fig 8B: Dynamic normalized % iron release from passive-gradient models. The output from both SL and SD models overlap with control. The passive-gradient models cannot simulate the enhan...
<p>Model results (alternative baseline scenario): osmolality gradients (mOsm/KgH<sub>2</sub>O) obtai...
An original model by Mutoti in 2003 was developed mathematically, and empirically, to predict the in...
(A) Time lapse of simulated oxygen concentration field. Color code: oxygen concentration . Black c...
<p>In the SL passive-gradient model, iron is released from the cells to a SL extracellular domain. I...
<p>Fig. 9A: Facilitated-transport model simulation of the different experimental release conditions ...
<p>Fig 10A: Simulation with facilitated-transport model quantifies the sensitivity of iron release t...
<div><p>A major process of iron homeostasis in whole-body iron metabolism is the release of iron fro...
<p>Fig 6A: Comparison of experimental data with simulated output from solution kinetics model. Fig 6...
<p>The Fe-Fur concentration was changed at zero time from 2000 nM to 1 nM (A and B) or from 1 nM to ...
Release was incorporated into the model and balanced by expression as noted above to reach an equili...
Effect of iron per cage on buffering behavior. A series of simulations were run to determine the eff...
To analyze the effect of substituting the model presented in this work with the FT representation of...
<p>Time courses of V<sub>t</sub>/V<sub>0</sub> (<b>A</b>), V<sub>m</sub>/V<sub>m0</sub> (<b>B</b>), ...
This paper describes the verification of the flux model using independent pilot data obtained with v...
<p><b>A)</b> Initial iron absorption rates. <b>B)</b> Apical iron uptake after a 20 µM iron challeng...
<p>Model results (alternative baseline scenario): osmolality gradients (mOsm/KgH<sub>2</sub>O) obtai...
An original model by Mutoti in 2003 was developed mathematically, and empirically, to predict the in...
(A) Time lapse of simulated oxygen concentration field. Color code: oxygen concentration . Black c...
<p>In the SL passive-gradient model, iron is released from the cells to a SL extracellular domain. I...
<p>Fig. 9A: Facilitated-transport model simulation of the different experimental release conditions ...
<p>Fig 10A: Simulation with facilitated-transport model quantifies the sensitivity of iron release t...
<div><p>A major process of iron homeostasis in whole-body iron metabolism is the release of iron fro...
<p>Fig 6A: Comparison of experimental data with simulated output from solution kinetics model. Fig 6...
<p>The Fe-Fur concentration was changed at zero time from 2000 nM to 1 nM (A and B) or from 1 nM to ...
Release was incorporated into the model and balanced by expression as noted above to reach an equili...
Effect of iron per cage on buffering behavior. A series of simulations were run to determine the eff...
To analyze the effect of substituting the model presented in this work with the FT representation of...
<p>Time courses of V<sub>t</sub>/V<sub>0</sub> (<b>A</b>), V<sub>m</sub>/V<sub>m0</sub> (<b>B</b>), ...
This paper describes the verification of the flux model using independent pilot data obtained with v...
<p><b>A)</b> Initial iron absorption rates. <b>B)</b> Apical iron uptake after a 20 µM iron challeng...
<p>Model results (alternative baseline scenario): osmolality gradients (mOsm/KgH<sub>2</sub>O) obtai...
An original model by Mutoti in 2003 was developed mathematically, and empirically, to predict the in...
(A) Time lapse of simulated oxygen concentration field. Color code: oxygen concentration . Black c...