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- W2804293973 abstract "In the biomedical field, a main challenge is to find a material that can provide all the requirements imposed by biomedical applications, including consisting of biocompatible elements; a low elastic modulus to avoid the stress shield effect in bone fixation; a high wear-corrosion resistance; proper biocompatibility; etc. Presently, metallic materials are the most used in biomedical applications, especially for the dental and orthopedic fields. The most common is the Ti-6Al-4V alloy. However, due to the fact that Al and V can cause mutagenic, cytotoxic, and allergic reactions, the current research has been focused on replacing the Ti-6Al-4V alloy with one consisting only of biocompatible elements. Various systems have been proposed, and in recent years, a novel Ti-Nb-Zr system with different compositions has been developed, as Zr and Nb are known to be more biocompatible than Al and V. Nevertheless, these systems still have low osseointegration and bioactivity, which limits their use for biomedical applications. Based on this, the functionalization of their surfaces by various bioactive coatings was proposed. Also the peptide coatings were proposed for improving their osseoconductivity along with good bioactivity and antibacterial properties. The present chapter reports the general classification and fabrication methods of titanium alloys and their use in medicine as well as experimental details regarding the Ti-Nb-Zr system used for biomedical applications, such as elastic modulus, corrosion resistance, and in vitro biological properties. Attention is then devoted to methods for improving the osseoconductivity and bioactivity of the Ti-Nb-Zr system used for biomedical applications." @default.
- W2804293973 created "2018-06-01" @default.
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- W2804293973 date "2018-01-01" @default.
- W2804293973 modified "2023-09-26" @default.
- W2804293973 title "Ti-Nb-Zr system and its surface biofunctionalization for biomedical applications" @default.
- W2804293973 cites W1480897481 @default.
- W2804293973 cites W1539909907 @default.
- W2804293973 cites W1882847937 @default.
- W2804293973 cites W1963928550 @default.
- W2804293973 cites W1965270301 @default.
- W2804293973 cites W1967961429 @default.
- W2804293973 cites W1970163327 @default.
- W2804293973 cites W1972020443 @default.
- W2804293973 cites W1975069045 @default.
- W2804293973 cites W1977870437 @default.
- W2804293973 cites W1978616686 @default.
- W2804293973 cites W1979452725 @default.
- W2804293973 cites W1980296749 @default.
- W2804293973 cites W1983473480 @default.
- W2804293973 cites W1986627142 @default.
- W2804293973 cites W1987250771 @default.
- W2804293973 cites W1988316454 @default.
- W2804293973 cites W19884886 @default.
- W2804293973 cites W1990415101 @default.
- W2804293973 cites W1991742354 @default.
- W2804293973 cites W1992735994 @default.
- W2804293973 cites W1994737030 @default.
- W2804293973 cites W1998427673 @default.
- W2804293973 cites W1998839841 @default.
- W2804293973 cites W2001599007 @default.
- W2804293973 cites W2002049934 @default.
- W2804293973 cites W2002772234 @default.
- W2804293973 cites W2003852585 @default.
- W2804293973 cites W2006342427 @default.
- W2804293973 cites W2007228020 @default.
- W2804293973 cites W2008158617 @default.
- W2804293973 cites W2010473896 @default.
- W2804293973 cites W2010899557 @default.
- W2804293973 cites W2011200198 @default.
- W2804293973 cites W2017118498 @default.
- W2804293973 cites W2017175406 @default.
- W2804293973 cites W2018326618 @default.
- W2804293973 cites W2019479719 @default.
- W2804293973 cites W2019717797 @default.
- W2804293973 cites W2023179161 @default.
- W2804293973 cites W2024221052 @default.
- W2804293973 cites W2025422403 @default.
- W2804293973 cites W2026015601 @default.
- W2804293973 cites W2029650747 @default.
- W2804293973 cites W2035161040 @default.
- W2804293973 cites W2037548392 @default.
- W2804293973 cites W2042519583 @default.
- W2804293973 cites W2043505055 @default.
- W2804293973 cites W2044318275 @default.
- W2804293973 cites W2045403141 @default.
- W2804293973 cites W2045949729 @default.
- W2804293973 cites W2047103746 @default.
- W2804293973 cites W2048584309 @default.
- W2804293973 cites W2052188334 @default.
- W2804293973 cites W2052657431 @default.
- W2804293973 cites W2054075535 @default.
- W2804293973 cites W2058482175 @default.
- W2804293973 cites W2059271933 @default.
- W2804293973 cites W2059867916 @default.
- W2804293973 cites W2059944938 @default.
- W2804293973 cites W2060157042 @default.
- W2804293973 cites W2061208978 @default.
- W2804293973 cites W2061390315 @default.
- W2804293973 cites W2062926902 @default.
- W2804293973 cites W2064690012 @default.
- W2804293973 cites W2065260697 @default.
- W2804293973 cites W2065712098 @default.
- W2804293973 cites W2066692546 @default.
- W2804293973 cites W2067551535 @default.
- W2804293973 cites W2067879738 @default.
- W2804293973 cites W2073050658 @default.
- W2804293973 cites W2073723055 @default.
- W2804293973 cites W2073749904 @default.
- W2804293973 cites W2073875428 @default.
- W2804293973 cites W2074120832 @default.
- W2804293973 cites W2074224688 @default.
- W2804293973 cites W2078283134 @default.
- W2804293973 cites W2078409962 @default.
- W2804293973 cites W2086248651 @default.
- W2804293973 cites W2087285371 @default.
- W2804293973 cites W2091786140 @default.
- W2804293973 cites W2093491992 @default.
- W2804293973 cites W2095271670 @default.