Cryptands, carcerands, polyoxometalates, and molecular capsules are cagelike hosts that
complex guests through encapsulation. Following the discovery of a nanometer scale …

What is the role of electrochemistry in supramolecular chemistry? On one hand, it provides
information on energy and kinetics that is not available with spectroscopic and mass …

We classify the strategies for colloidal assembly and review the diverse potential
applications of micro‐and nanoparticle structures in materials and device prototypes. The …

Abstract Nach den Prinzipien der Geometrie der Körper können Kryptanden, Carceranden,
Polyoxometallate und molekulare Kapseln strukturell klassifiziert werden. Diese käfigartigen …

On-chip electric field driven assembly of biocomposites from live cells and functionalized particles
- Soft Matter (RSC Publishing) DOI:10.1039/B717850F Royal Society of Chemistry View PDF …

We report how live cells and functionalized colloidal particles can be coassembled into a
variety of freely suspended bioactive structures using dielectrophoresis on a chip …

Strategies for the design of multimolecular hosts that display recognition properties
analogous to those of monomolecular predecessors are described. In particular, the bowl …

Welche Möglichkeiten bietet die Elektrochemie der supramolekularen Chemie? Einerseits
liefert sie Informationen, die mit spektroskopischen und massenspektrometrischen …

Fullerenes became known to chemists recently enough for computational chemistry, and
especially molecular mechanics and semiempirical quantum chemistry, to have provided …

A set of supramolecular cage-structures—spherophanes—was studied at the density
functional B3LYP level. Full geometrical structure optimisations were made with 6–31G and …