Ionic concentration of solution has an important effect on the ion transport.
2.
Its rectifying effect decreases with the increase of ionic concentration.
3.
In nature, ions tend to migrate from high to low ionic concentrations.
4.
These components can be anything ranging from ionic concentration to the fluidity of the membrane.
5.
However, if this is followed by drought then ionic concentrations within the cell can increase dramatically.
6.
A SAP's ability to absorb water is a factor of the ionic concentration of the aqueous solution.
7.
Due to the salt in method cytoplasmic proteins are structured to fold in the presence of high ionic concentrations.
8.
The ions exchanged during an action potential, therefore, make a negligible change in the interior and exterior ionic concentrations.
9.
Membrane Potential develops when two electrolytes of different ionic concentrations, such as mud and formation water, are separated by shale.
10.
Spontaneous potentials occur when two aqueous solutions with different ionic concentrations are placed in contact through a porous, semi-permeable membrane.
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