Micropatterning of protein-functionalized magnetic beads on glass using electrostatic self-assembly
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Nanostructures are known to exhibit novel optical, electrical, and magnetic and many other interesting physical properties and a lot of research has been invested on the synthesis and study of such structures in the recent years. The massive drive towards ...
Microfluidic systems with incorporated microelectrodes are adopted in a variety of applications in life sciences. However, most of micro-electro-fluidic devices are fabricated based on silicon and silicon related materials micromachining processes, which a ...
We present an original concept of manipulation of magnetic microbeads in a microchannel. It is based on the dynamic motion of a self-assembled structure of ferrimagnetic beads that are retained within a microfluidic flow using a local alternating magnetic ...
The spectroscopic and electrochemical properties of two-dimensional electrostatic assembly of Au nanocrystals are examined on poly-L-lysine (pLys) modified gold electrodes. The surface preparation for the nanoparticle deposition involved the self-assembly ...
The synthesis and supramolecular organization of a novel class of rod-coil type diblock oligomers will be discussed. The diblock oligomers consist of a rodlike α-helical oligopeptide segment that is conjugated to an oligo(styrene) coil. In comparison with ...
A review, with 17 refs., on prepn. and properties and uses of polyelectrolytes based on poly(4-vinylpyridine) via functionalization. Cationic polyelectrolytes and polymeric betaines with narrow mol. wt. distribution and styrene block copolymers contg. char ...
Molecular organization is at the center of all biological processes. The non-covalent interaction of two or more molecular subunits can lead to the formation of large, well-defined and functional molecular aggregates. In Nature this strategy of self-assemb ...