Advanced Materials · 2005 · 24 citations · 20 references
EngineeringBioengineeringBiotechnologyMicroelectromechanical SystemsMicrofabricationProtein EngineeringMicrofluidicsProtein AdsorptionProtein-based BiomaterialsSoft LithographySurface ImmobilizationSurface MicromachiningBiomolecular PatterningImmobilizationMicrofabrication For BiosensorsProtein Adsorption To BiomaterialsProtein CoatingsProtein ImmobilizationProtein Surface Immobilization
Protein gradients on substrates are prepared using a microstamping technique. An Au pattern is transferred from a patterned silicon stamp to a polymeric substrate, and exposed polymer regions are then selectively activated for protein immobilization. The protein gradient is achieved by varying the spacing between the exposed polymer regions (see Figure).
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