Titlebook: Nanostructured Materials and Coatings for Biomedical and Sensor Applications; Y. G. Gogotsi,Irina V. Uvarova Book 2003 Springer Science+Bu

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Injectable Nanoparticle Technology for In Vivo Remediation of Overdosed Toxinsive antidotes are available. The focus of the present study-in-progress is to synthesize, characterize and evaluate the biological effectiveness of several types of injectable dispersed phases having potential for binding and deactivating some lipophilic molecules that when taken internally in exces

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Nanostructured MeSiO2 (Me=Ag, Cu) Coatings with Antibacterial Activitytion process included hydrolysis and subsequent polycondensation of corresponding alkoxide under refluxing and addition of soluble salt of antibacterial metal to the resulting sol. The coatings deposited by dipping process, were thermally treated in oxidative and reductive conditions up to 500°C for

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Low Friction Wear Resistant Sputtered Carbon Coatings for Biomedical Applications potential to be used as hard, solid lubricant, wear resistant coatings. During a research program aimed at reducing the wear of UHMWPE hip joint prostheses by coating the metal femoral head, a new type of carbon coating was developed which now has the trade name Graphit-iC™. This coating gave excep

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Microstructure and Strength Properties of Germanium Microwires for Biomedical Devicesocation density), electrical parameters (conductivity and specific resistance) and mechanical properties (microhardness, tensile strength, bending critical radius) have been studied. A special techniques for the fabrication of microelectrodes ensuring qualitative microcontact with biological objects

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Preparation of Hydroxyapatite Nanoparticles Using a Modified Precipitation Methodt step in fabrication of bioceramics. HAp nanoparticles were prepared using rapid increase of the pH value, by adding an amount of concentrated NH.OH solution, of a well-mixed solution of Ca(H.PO.).·H.O and CaCl. with stoichiometric atomic ratio of Ca/P. This modified precipitation method is called

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Biomineralization of Hydroxyapatite / Titania Composites Prepared by Explosive Shock Wavesan serum were performed. It was concluded that the higher the firing temperature the higher activity of the biocomposites at similar microstructural parameters. Pioneering research of Pruemmer and coworkers proved the formation of various levels of induced stresses and activation of alumina powders.

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Prospects of Usage of Materials with Fullerene Coatings for Endoprosthesis of Joints practical applications of these materials. Among the most promising applications of these materials is its usage as coatings in fricton pairs to increase wear resistance [.] that is the topical task for some medical devices.

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