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Cover Picture Shaping Mesoporous Silica Nanoparticles by Disassembly of Hierarchically Porous Structures (Angew. Chem. Int. Ed. 112007)

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Cover Picture
Fan Li, Zhiyong Wang, and Andreas Stein*
Colloidal crystals assembled from monodisperse spherical particles, have been used
to template macroporous replicas with an inverse opal structure. Stein and co-workers
describe in their Communication on page 1885 ff. that uniform mesoporous silica
cubes, tetrapods, and spheroids are produced by controlled disassembly of inverse
opal silica samples. The shaped nanoparticles can be replicated into carbon or
polymer shapes by nanocasting techniques.
Mixed-Valence Compounds
The variety of mixed-valence compounds has been extended through the use of
multidentate and redox-active ligands. In their Review on page 1778 ff. W. Kaim
and G. K. Lahiri describe how these developments have led to a better
understanding of electron transfer between metals and ligands.
Protein–Protein Interactions
In their Communication on page 1798 ff., L. Brunsveld and co-workers describe how
supramolecular interactions of synthetic components, such as a cyclodextrin and a
steroid, can be used to control protein association in biological settings.
C C Coupling
Iminium ions generated from N,O-acetals can be used in Morita–Baylis–Hillman
reactions with a wide range of Michael acceptors. As V. K. Aggerwal and coworkers report on page 1893 ff., the reaction, which can also be rendered
asymmetric, offers a simple means to synthesize densely functionalized heterocycles.
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porous, hierarchical, disassembly, shaping, int, cover, structure, angel, mesoporous, chem, picture, silica, 112007, nanoparticles
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