In-plane complex assembling of functional nanomaterials on vesicular surfaces

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Development of novel methods for site-selective immobilization of various nanomaterials such as those made of metals, alloys, and bioceramics, on the surfaces of morphologically-stable vesicles or polymer substrates, were investigated. Results of this research bring us the useful guidelines for fabrication of desired composite materials, such as applicability of various wet processes for preparation of the nanomaterials, and selection of the linker molecules that immobilize the nanomaterials to the surfaces.