This code is supplementary to the manuscript "A mathematical model of potassium homeostasis: Effect of feedforward and feedback controls". It is a whole body K+ homeostasis model that captures many mechanisms involved in regulating normal K+ homeostasis under K+ load and depletion. For the most recent version see: github.com/Layton-Lab/Kregulation
Membrane voltage controls the function of excitable cells and is mainly a consequence of the ratio b...
Aldosterone, the most potent naturally occurring mineralocorticoid, plays a major role in regulation...
In addition to the classic and well-established “feedback control” of potassium balance, increasing ...
Simulation results for plasma K+ concentration (B) and intracellular K+ concentration (C) for 10 day...
The intrinsic ability of cells to adapt to a wide range of environmental conditions is a fundamental...
The average potassium intake in the United States population ranges from 90 to 120 mEq/day. About 98...
Maintenance of potassium homeostasis presents a unique and complex problem in electrolyte regulation...
The intrinsic ability of cells to adapt to a wide range of environmental conditions is a fundamental...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
Humans are intermittently exposed to large variations in potassium intake, which range from periods ...
<p>(a) An increase of the input, , leads to a rise in the level of the output, , which, in turn trig...
The intrinsic ability of cells to adapt to a wide range of environmental conditions is a fundamental...
<p>(A) The tracking approach to detect potential regulators of homeostasis. Parameters which are con...
PhD thesis in Information technologyLiving organisms have over billions of years evolved into highly...
<p>Changes of the external potassium concentration are sensed by an unidentified sensor system eithe...
Membrane voltage controls the function of excitable cells and is mainly a consequence of the ratio b...
Aldosterone, the most potent naturally occurring mineralocorticoid, plays a major role in regulation...
In addition to the classic and well-established “feedback control” of potassium balance, increasing ...
Simulation results for plasma K+ concentration (B) and intracellular K+ concentration (C) for 10 day...
The intrinsic ability of cells to adapt to a wide range of environmental conditions is a fundamental...
The average potassium intake in the United States population ranges from 90 to 120 mEq/day. About 98...
Maintenance of potassium homeostasis presents a unique and complex problem in electrolyte regulation...
The intrinsic ability of cells to adapt to a wide range of environmental conditions is a fundamental...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
Humans are intermittently exposed to large variations in potassium intake, which range from periods ...
<p>(a) An increase of the input, , leads to a rise in the level of the output, , which, in turn trig...
The intrinsic ability of cells to adapt to a wide range of environmental conditions is a fundamental...
<p>(A) The tracking approach to detect potential regulators of homeostasis. Parameters which are con...
PhD thesis in Information technologyLiving organisms have over billions of years evolved into highly...
<p>Changes of the external potassium concentration are sensed by an unidentified sensor system eithe...
Membrane voltage controls the function of excitable cells and is mainly a consequence of the ratio b...
Aldosterone, the most potent naturally occurring mineralocorticoid, plays a major role in regulation...
In addition to the classic and well-established “feedback control” of potassium balance, increasing ...