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Potassium was the most potent monovalentcation based on the induction of deflagellation and the formation of PA and PBut.
2
Protein 7.2b is believed to have a role in regulating monovalentcation transport through the erythrocyte membrane.
3
It induces depolarization in various types of cells by increasing the permeability for monovalentcations.
4
However, the G-stems are stabilized by a chain of monovalentcations that create sizable polarization effects.
5
We also confirm that the enzyme is not able to translocate other monovalentcations, such as potassium or rubidium.
6
In particular, attention is focused on the cross-linking of divalent cations in contrast with the structural aspects associated with monovalentcations.
7
In addition, the mechanically activated current carried by monovalentcations was consistently blocked by millimolar concentrations of external calcium or magnesium.
8
The monovalentcations Na+ and K+ stimulate binding at low concentrations before producing complete inhibition as their concentrations are increased.