Matches in SemOpenAlex for { <https://semopenalex.org/work/W2120872564> ?p ?o ?g. }
- W2120872564 endingPage "109" @default.
- W2120872564 startingPage "69" @default.
- W2120872564 abstract "The present review surveys studies on physical-chemical properties and biological response of living tissues to NiTi (Nitinol) carried out recently, aiming at an understanding of the place of this material among the implant alloys in use. Advantages of shape memory and superelasticity are analyzed in respect to functionality of implants in the body. Various approaches to surface treatment, sterilization procedures, and resulting surface conditions are analyzed. A review of corrosion studies conducted both on wrought and as-cast alloys using potentiodynamic and potentiostatic techniques in various corrosive media and in actual body fluids is also given. The parameters of localized and galvanic corrosion are presented. The corrosion behavior is analyzed with respect to alloy composition, phase state, surface treatment, and strain and compared to that of conventional implant alloys. Biocompatibility of porous Nitinol, Ni release and its effect on living cells are analyzed based on understanding of the surface conditions and corrosion behavior. Additionally, the paper offers a brief overview of the comparative toxicity of metals, components of commonly used medical alloys, indicating that the biocompatibility profile of Nitinol is conducive to present in vivo applications." @default.
- W2120872564 created "2016-06-24" @default.
- W2120872564 creator A5077124476 @default.
- W2120872564 date "2002-01-01" @default.
- W2120872564 modified "2023-10-12" @default.
- W2120872564 title "Surface, corrosion and biocompatibility aspects of Nitinol as an implant material." @default.
- W2120872564 cites W139289893 @default.
- W2120872564 cites W153793409 @default.
- W2120872564 cites W1603943876 @default.
- W2120872564 cites W1699209007 @default.
- W2120872564 cites W1965104816 @default.
- W2120872564 cites W1978607524 @default.
- W2120872564 cites W1978746627 @default.
- W2120872564 cites W1979907594 @default.
- W2120872564 cites W1981078167 @default.
- W2120872564 cites W1981834848 @default.
- W2120872564 cites W1988242379 @default.
- W2120872564 cites W1989429072 @default.
- W2120872564 cites W1998371969 @default.
- W2120872564 cites W2002101755 @default.
- W2120872564 cites W2009044775 @default.
- W2120872564 cites W2017136705 @default.
- W2120872564 cites W2017385327 @default.
- W2120872564 cites W2019082478 @default.
- W2120872564 cites W2022126036 @default.
- W2120872564 cites W2027539938 @default.
- W2120872564 cites W2034394388 @default.
- W2120872564 cites W2037439715 @default.
- W2120872564 cites W2038029022 @default.
- W2120872564 cites W2038107317 @default.
- W2120872564 cites W2053995998 @default.
- W2120872564 cites W2054108337 @default.
- W2120872564 cites W2056347407 @default.
- W2120872564 cites W2059790889 @default.
- W2120872564 cites W2060801017 @default.
- W2120872564 cites W2064548356 @default.
- W2120872564 cites W2065303599 @default.
- W2120872564 cites W2067222185 @default.
- W2120872564 cites W2068118278 @default.
- W2120872564 cites W2072251047 @default.
- W2120872564 cites W2073375508 @default.
- W2120872564 cites W2074090222 @default.
- W2120872564 cites W2086993360 @default.
- W2120872564 cites W2090461929 @default.
- W2120872564 cites W2091495348 @default.
- W2120872564 cites W2094642843 @default.
- W2120872564 cites W2101995690 @default.
- W2120872564 cites W2102240500 @default.
- W2120872564 cites W2103846507 @default.
- W2120872564 cites W2108418065 @default.
- W2120872564 cites W2110188465 @default.
- W2120872564 cites W2122306190 @default.
- W2120872564 cites W2123563592 @default.
- W2120872564 cites W2134478272 @default.
- W2120872564 cites W2136389918 @default.
- W2120872564 cites W2138249136 @default.
- W2120872564 cites W2138693503 @default.
- W2120872564 cites W2139152429 @default.
- W2120872564 cites W2140301169 @default.
- W2120872564 cites W2161435579 @default.
- W2120872564 cites W2163092949 @default.
- W2120872564 cites W2166882028 @default.
- W2120872564 cites W2168482711 @default.
- W2120872564 cites W2173749705 @default.
- W2120872564 cites W2223789076 @default.
- W2120872564 cites W227742541 @default.
- W2120872564 cites W2328399689 @default.
- W2120872564 cites W2402569152 @default.
- W2120872564 cites W2412430370 @default.
- W2120872564 cites W2429101643 @default.
- W2120872564 cites W2461622132 @default.
- W2120872564 cites W2481355151 @default.
- W2120872564 cites W2492781391 @default.
- W2120872564 cites W2887674899 @default.
- W2120872564 cites W2950195420 @default.
- W2120872564 cites W937195020 @default.
- W2120872564 cites W2418441726 @default.
- W2120872564 cites W2513547101 @default.
- W2120872564 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11847410" @default.
- W2120872564 hasPublicationYear "2002" @default.
- W2120872564 type Work @default.
- W2120872564 sameAs 2120872564 @default.
- W2120872564 citedByCount "96" @default.
- W2120872564 countsByYear W21208725642012 @default.
- W2120872564 countsByYear W21208725642013 @default.
- W2120872564 countsByYear W21208725642014 @default.
- W2120872564 countsByYear W21208725642015 @default.
- W2120872564 countsByYear W21208725642016 @default.
- W2120872564 countsByYear W21208725642017 @default.
- W2120872564 countsByYear W21208725642018 @default.
- W2120872564 countsByYear W21208725642019 @default.
- W2120872564 countsByYear W21208725642020 @default.
- W2120872564 countsByYear W21208725642022 @default.
- W2120872564 countsByYear W21208725642023 @default.
- W2120872564 crossrefType "journal-article" @default.
- W2120872564 hasAuthorship W2120872564A5077124476 @default.
- W2120872564 hasConcept C136229726 @default.
- W2120872564 hasConcept C141071460 @default.