Titlebook: Electrochemically Engineered Nanoporous Materials; Methods, Properties Dusan Losic,Abel Santos Book 2015 Springer International Publishing

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Klaus Evertz,Ludwig Janus,Rupert Linderetection of penicillin. However, only in the past decade PSi has established as a promising nanomaterial for label-free biosensing applications. This chapter focuses on the integration of new emerging capture probes with PSi-based biosensing schemes. An overview of natural and synthetic receptors an

Commentary

Kimberly S. Walitzer,Gerard J. Connorssulted in it being readily tailored for numerous biomedical applications. Commonly prepared via the anodisation of crystalline silicon wafers in HF electrolyte, pSi can be produced as films, microparticles, nanoparticles and free-standing membranes. The combination of both its unique physical proper

ARM

Prevention of Achievement Deficits,r. The latest results obtained to verify the feasibility of mesoporous silicon as a versatile drug carrier are highlighted in the present chapter. The encouraging results presented concern high amounts of loaded cargos, stabilization of the cargo, improved dissolution, triggered release of the cargo

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Panu Kuosmanen,Timo O. Korhonen,Antti Ainamonnovative devices. Due to their lengthwise growth, self-organized titania nanotubes belong to the family of 1D materials and continue to be at the forefront of the research activity. In this chapter a thorough analysis of the electrochemical preparation of self-organized titania nanotubes, as well a

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