Publication | Closed Access
Use of Microcontact Printing Methods to Direct Pattern Formation of Calcified Mesoporous Silicon
21
Citations
20
References
2002
Year
EngineeringBiomimetic MaterialsNanoporous MaterialCalcified Mesoporous SiliconFabrication TechniquesBiofabricationMicrocontact Printing MethodsBiomedical EngineeringNanoporous SiSilicon On InsulatorMaterials FabricationPrinted ElectronicsBiomedical DevicesDirect Pattern FormationBulk-si DomainsNanolithography MethodMaterials ScienceNanomanufacturingFabrication TechniqueSurface Nanoengineering3D PrintingMicrostructureMicrofabricationApplied PhysicsNanofabricationSilicon SurfacesBiomaterialsBiocompatible Material
Silicon surfaces with nanoporous and bulk-Si domains are accessible by soft lithographic processes based on microcontact printing. The nanoporous areas can be further modified—also biochemically—by calcium phosphate deposition (see Figure for a patterned sample). Both nanoporous Si and the calcium phosphate-covered material are biocompatible and interesting for implants that release drugs over extended periods of time.
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