Trapping Cations in Specific Positions in Tuneable "Artificial Cell" Channels: New Nanochemistry Perspectives

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Date
2003-10-27
Authors
Müller, Achim
Das, Samar K.
Talismanov, Sergei
Roy, Soumyajit
Beckmann, Eike
Bögge, Hartmut
Schmidtmann, Marc
Merca, Alice
Berkle, Alois
Allouche, Lionel
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Abstract
A decision-making capsule! Where cation trafficking comes to a halt is predetermined, with the process corresponding to a "nano-ion chromatograph" in action: starting from pores the route may end in a finely sculpturable interior of a stable, soluble spherical capsule but in many cases it ends in between in channels that exhibit a variety of cation-capturing functionalities at different positions (one of the twenty channels is shown with the residing cations).
Description
Keywords
Confined geometries, Encapsulation, Ion transport/uptake, Nanotechnology, Porous materials
Citation
Angewandte Chemie - International Edition. v.42(41)