<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>), J<sub>net</sub> (<b>C</b>) and V<sub>m</sub>, Eq<sub>Cl</sub>, Eq<sub>K</sub> (<b>D</b>) simulated in cells exposed to either HYPO<sub>NaCl</sub> or to HYPO<sub>Mannitol</sub>. At time = 0 extracellular osmolarity was reduced (ΔOsM = 100 mOsM) and after a delay of 20 s, P<sub>K</sub> and P<sub>Cl</sub> increased according to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0057268#pone.0057268.e006" target="_blank">Equation 4</a>. A negative value of <i>J</i><sub>net</sub> indicates an outward flux.</p
Recently, a mathematical model able to describe the non-perfect osmotic behavior of cells during cry...
<p>Time-dependent changes in the membrane potential (<b>A</b>), intracellular concentration (<b>B<...
Cell volume, together with membrane potential and intracellular hydrogen ion concentration, is an es...
<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>), ...
<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>), ...
<p>Representative kinetics of cell volume changes measured in BCECF-loaded MIO-M1 cells in response ...
<p>(A) Representative whole-cell traces recorded in control cells (over-expressing GFP) or cells ove...
Cellular homeostasis is the effort of all living cells to maintain their intracellular content when ...
<p><b>A-C</b>: The effect of diluting the external medium total concentration (<i>C<sub>o</sub></i>)...
<p><b>A-C</b>: The effect of dropping <i>α</i> to zero, the equivalent of removing external calcium,...
<p>Data were obtained either from our own measurements in MIO-M1 cells or from literature, as follow...
<p>(A) Changes in membrane potential, [<i>K</i>]<sub><i>o</i></sub>, and <i>r</i><sub><i>in</i></sub...
<p>(<b>A</b>) Intracellular K<sup>+</sup> (black lines) and Na<sup>+</sup> (red lines) concentration...
Simulations of the resulting changes in GAPDH and LDH flux as a function of perturbations in extrace...
Recently, a mathematical model able to describe the non-perfect osmotic behavior of cells during cry...
Recently, a mathematical model able to describe the non-perfect osmotic behavior of cells during cry...
<p>Time-dependent changes in the membrane potential (<b>A</b>), intracellular concentration (<b>B<...
Cell volume, together with membrane potential and intracellular hydrogen ion concentration, is an es...
<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>), ...
<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>), ...
<p>Representative kinetics of cell volume changes measured in BCECF-loaded MIO-M1 cells in response ...
<p>(A) Representative whole-cell traces recorded in control cells (over-expressing GFP) or cells ove...
Cellular homeostasis is the effort of all living cells to maintain their intracellular content when ...
<p><b>A-C</b>: The effect of diluting the external medium total concentration (<i>C<sub>o</sub></i>)...
<p><b>A-C</b>: The effect of dropping <i>α</i> to zero, the equivalent of removing external calcium,...
<p>Data were obtained either from our own measurements in MIO-M1 cells or from literature, as follow...
<p>(A) Changes in membrane potential, [<i>K</i>]<sub><i>o</i></sub>, and <i>r</i><sub><i>in</i></sub...
<p>(<b>A</b>) Intracellular K<sup>+</sup> (black lines) and Na<sup>+</sup> (red lines) concentration...
Simulations of the resulting changes in GAPDH and LDH flux as a function of perturbations in extrace...
Recently, a mathematical model able to describe the non-perfect osmotic behavior of cells during cry...
Recently, a mathematical model able to describe the non-perfect osmotic behavior of cells during cry...
<p>Time-dependent changes in the membrane potential (<b>A</b>), intracellular concentration (<b>B<...
Cell volume, together with membrane potential and intracellular hydrogen ion concentration, is an es...