Publication | Closed Access
“Gating” the Pores of a Metal Oxide Based Capsule: After Initial Cation Uptake Subsequent Cations Are Found Hydrated and Supramolecularly Fixed above the Pores
75
Citations
24
References
2005
Year
EngineeringNanoporous MaterialPolyoxomolybdate CapsulePorous MembraneMetal OxideCell PolarizationBiomedical EngineeringChemistryCellular PhysiologyChemical EngineeringMembrane TransportBiomedical DevicesSupramolecularly FixedBiophysicsArtificial CellsIon ChannelsMembrane BiologyCellular BioengineeringElectrophysiologyCell SystemsMedicine
Artificial cells: A polyoxomolybdate capsule, in which the cavity is linked to surface pores by channels, can take up Pr3+ ions. Each uptake reduces the negative charge on the capsule so that eventually no more Pr3+ ions enter the capsule, instead they remain bound on the surface (see structure: external hydrated Pr3+ green polyhedra, encapsulated Pr3+ light green, Mo blue, O red, SO42− yellow). This process models voltage gating of the ion channels of cells.
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