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The cell model of the electrolyte transport mechanisms for cultured human colonocytes. Electromotive forces of the cellular pathways
Liviu Movileanu
Research output
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Contribution to journal
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Article
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peer-review
2
Scopus citations
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Dive into the research topics of 'The cell model of the electrolyte transport mechanisms for cultured human colonocytes. Electromotive forces of the cellular pathways'. Together they form a unique fingerprint.
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Engineering & Materials Science
Electromotive force
98%
Electrolytes
75%
Cell membranes
69%
Membranes
65%
Substitution reactions
51%
Depolarization
36%
Ions
23%
Pumps
19%
Electrodes
19%
Experiments
9%
Physics & Astronomy
electromotive forces
100%
permeability
67%
electrolytes
64%
cells
41%
membranes
34%
substitutes
24%
exchangers
21%
chlorides
15%
depolarization
15%
pumps
11%
electrodes
9%
ions
7%
Medicine & Life Sciences
Electrolytes
75%
Permeability
66%
Membrane Potentials
30%
Membranes
27%
Cell Membrane
22%
Sodium-Hydrogen Exchangers
20%
Chlorides
16%
Electrodes
13%
Ions
12%
Chemical Compounds
Electromotive Force
99%
Permeability
61%
Cell Membrane Potential
52%
Depolarization
17%
Pump
15%
Substitution Reaction
9%
Chloride
9%
pH Value
6%