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• W1553635501 abstract "Abstract Synthesis of carbyne‐containing surface coatings for a variety of biomedical applications is a matter of a great importance. Carbynes with a one‐dimensional chain‐like molecular structure that were discovered a few decades ago represent a basic allotropic form of carbon equally with diamond and graphite. Carbynes appear as quasi‐crystalline structures of carbon‐chains with double (CC) n and alternating single/triple (–CC–) n covalent bonds. The aim of this article is to summarize existing information about carbyne‐containing surface coatings for biomedical applications and to outline novel approaches for synthesis of such functional biomaterials in the form of coatings. The first research and development of carbyne‐containing materials demonstrated their great potential for biomedical applications. Carbynes possess a high biocompatibility, low litho‐ and thrombogenic activity, high resistance to chemically aggressive biological liquids, antibacterial and antifungal activities, and so on. Equally with the state‐of‐the‐art biomaterials in question, three novel carbyne‐containing surface coatings are here highlighted: (1) carbynes‐W 3 C composite coatings chemically vapor‐deposited, (2) carbyne‐containing layers formed by electropolishing of the surface of transition metal carbides, and (3) microwave‐induced defluorination of polytetrafluoroethylene (PTFE or Teflon) on the interface of “PTFE‐Water” at ∼95°C. This article demonstrates opportunities to synthesize the carbyne‐containing surface coatings that can be practically realized for biomedical applications. The three coating processes afford the opportunity to modify the surfaces of the basic artificial implants; i.e., metallic/ceramic artificial implants can be coated by the Carbynes‐W 3 C composite; artificial implants manufactured from transition metal alloys can be electrochemically modified by carbyne‐containing coating; and PTFE‐implants can be modified by microwave‐induced surface defluorination leading to the formation of a carbyne‐containing surface layer." @default.
• W1553635501 created "2016-06-24" @default.
• W1553635501 creator A5046210250 @default.
• W1553635501 creator A5049872667 @default.
• W1553635501 date "2006-04-14" @default.
• W1553635501 modified "2023-10-12" @default.
• W1553635501 title "Carbyne-Containing Surface Coatings" @default.
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• W1553635501 cites W145699318 @default.
• W1553635501 cites W15984855 @default.
• W1553635501 cites W18881087 @default.
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• W1553635501 cites W1974599100 @default.
• W1553635501 cites W1975724795 @default.
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• W1553635501 cites W1984054035 @default.
• W1553635501 cites W1984678326 @default.
• W1553635501 cites W1987114656 @default.
• W1553635501 cites W1989918622 @default.
• W1553635501 cites W1991398349 @default.
• W1553635501 cites W1996420099 @default.
• W1553635501 cites W1997695873 @default.
• W1553635501 cites W2001108773 @default.
• W1553635501 cites W2008089381 @default.
• W1553635501 cites W2009084280 @default.
• W1553635501 cites W2009737651 @default.
• W1553635501 cites W2010255044 @default.
• W1553635501 cites W2010473896 @default.
• W1553635501 cites W2011710159 @default.
• W1553635501 cites W2019032424 @default.
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• W1553635501 cites W2021517658 @default.
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• W1553635501 cites W2033322763 @default.
• W1553635501 cites W2035384066 @default.
• W1553635501 cites W2039441192 @default.
• W1553635501 cites W2039762072 @default.
• W1553635501 cites W2040156526 @default.
• W1553635501 cites W2041934323 @default.
• W1553635501 cites W2043995904 @default.
• W1553635501 cites W2044727638 @default.
• W1553635501 cites W2046118778 @default.
• W1553635501 cites W2050615737 @default.
• W1553635501 cites W2063791348 @default.
• W1553635501 cites W2067159743 @default.
• W1553635501 cites W2071371484 @default.
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• W1553635501 cites W2077957221 @default.
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• W1553635501 cites W2222757777 @default.
• W1553635501 cites W2277931443 @default.
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• W1553635501 doi "https://doi.org/10.1002/9780471740360.ebs1349" @default.
• W1553635501 hasPublicationYear "2006" @default.
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