Titlebook: Nanobioelectrochemistry; From Implantable Bio Frank N. Crespilho Book 2013 Springer-Verlag Berlin Heidelberg 2013 Biomimetic systems.Hybrid

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Danielle C. Melo Ferreira,Renata Kelly Mendes,Lauro Tatsuo Kubotational scientists..Includes supplementary material: .Volume II/24 .presents the spectroscopic data on diamagnetic and paramagnetic molecules as well as on molecular ions and radicals up to date considering the publications up to and partly including 1997. The spectroscopic information collected in t

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Nanomaterials for Biosensors and Implantable Biodevices,rodes called biosensors. Since the development of the first biosensor almost 50?years ago, biosensors technology have experienced a considerable growth in terms of applicability and complexity of devices. In the last decade this growth has been accelerated due the utilization of electrodes-modified

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Nanomaterials for Enzyme Biofuel Cells,became a steady growing research field for supplying nomad or implantable devices due to the high specifity for the substrates and the high efficiency of redox enzymes. The constant issue, however, is the electric connection of the enzymatic redox centre to the electrode to obtain a high efficient b

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Biosensors Based on Field-Effect Devices,sensing, which is typical of such semiconductor-based device. Following the introductory sections on operation principles and comparison with field-effect transistors, we concentrate on different types of FEDs and their detection methods. In particular, we shall focus on ion-sensitive field-effect t

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Using Supramolecular Chemistry Strategy for Mapping Electrochemical Phenomena on the Nanoscale,imensional highly organized hybrid structures containing several building blocks such as metallic nanoparticles, carbon nanotubes, metallic phthalocyanine, (bio)polymers, enzymes and synthetic polymers. In this sense, the principles of supramolecular chemistry as constitutional dynamic character of

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DNA and Enzyme-Based Electrochemical Biosensors: Electrochemistry and AFM Surface Characterization,new forms of matter. This chapter will summarise and illustrate recent developments on surface characterisation of DNA and enzyme-based sensors to complement information obtained by electrochemical and impedance techniques. The DNA-electrochemical biosensor incorporates immobilised DNA as molecular

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Electrochemical-Surface Plasmon Resonance: Concept and Bioanalytical Applications, and electrochemical properties at substrate/electrolyte interfaces. The fundamental aspects of the electric potential effects on surface plasmons are introduced and the use and applications of this combined electrochemical and optical technique are discussed. Electrochemical-Surface Plasmon Resonan

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