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Epoxy Polymers
Colloquium in Memory of Professor Ulrich Goesele
Hertha Sponer Prize 2010 goes to Na Liu
Peptide Nucleic Acid Films and Capsules
Hydrophilic Redox-Active Polymers with High Surface Area
Walter Schottky Award 2010 for Thomas Seyller
Red-Light-Emitting Polymers: Unexpected Efficiency
Polymer Nanocomposites
Controlled Doping: Devising Profiles for Organic Electronics
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Immobilizing SurfacesCo-assembly of ‘smart’ stimuli-responsive surfaces for the reversible immobilization of species on emulsion-templated porous polymers is described by Neil Cameron and co-workers in a recently published Communication in Advanced Materials. Therein, they describe the preparation and polymerization of poly(ethylene glycol)ylated monomers using high internal phase emulsion techniques. The controllable, reversible immobilization of biomolecules on these smart surfaces is demonstrated. The work represents an exciting and timely development that should lead to the development of biocompatible surfaces for low-cost, straight-forward immobilization of, for example, enzymes or DNA for biotechnological applications.N. R. Cameron et al., Adv. Mater., DOI: 10.1002/adma.200801986 email: Neil R. Cameron (n.r.cameron@durham.ac.uk)
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