Matches in SemOpenAlex for { <https://semopenalex.org/work/W4307697685> ?p ?o ?g. }
- W4307697685 endingPage "141463" @default.
- W4307697685 startingPage "141463" @default.
- W4307697685 abstract "Pure metals and their alloys are used to partially or completely restore bone fractures. Biodegradable metals emerged as promising candidates for fracture fixation devices since they are able to self-degrade in the body environment. The main challenge of the devices is to reach an adequate degradation rate relative to the bone healing and also to present safe degradation by-products. Magnesium alloys are very much studied because of their promising properties, but the main limitation for their application in biomedical devices is the hydrogen evolution that results from their corrosion in aqueous media. This work assesses the effects of low potential anodizing process of AZ91 alloys in basic media on surface topography, electrochemical response, hydrogen evolution and cell attachment compared with the non-treated alloys. A comparative approach to determine the electrochemical parameters for assessing the degradation rate is also discussed. Results show that the electrochemical treatment of anodizing at low voltage in 5 mol/L KOH solution generates magnesium oxide/hydroxide on the surface which could act as a barrier to prevent fast degradation, and consequently to reduce hydrogen release. In turn, this treatment improved the adhesion of bovine embryonic fibroblasts (BEFs) and MCT3T3 pre-osteoblastic cells to the surface, showing that it could be a good candidate to be used in temporary implants." @default.
- W4307697685 created "2022-11-05" @default.
- W4307697685 creator A5001366545 @default.
- W4307697685 creator A5024662519 @default.
- W4307697685 creator A5032798006 @default.
- W4307697685 creator A5035459744 @default.
- W4307697685 creator A5038415500 @default.
- W4307697685 creator A5065750915 @default.
- W4307697685 creator A5066428779 @default.
- W4307697685 creator A5072480864 @default.
- W4307697685 date "2023-01-01" @default.
- W4307697685 modified "2023-10-10" @default.
- W4307697685 title "In vitro characterization of anodized magnesium alloy as a potential biodegradable material for biomedical applications" @default.
- W4307697685 cites W187750581 @default.
- W4307697685 cites W1963727072 @default.
- W4307697685 cites W1967925895 @default.
- W4307697685 cites W1971356973 @default.
- W4307697685 cites W1973298571 @default.
- W4307697685 cites W1981104073 @default.
- W4307697685 cites W1984838667 @default.
- W4307697685 cites W1989715462 @default.
- W4307697685 cites W1991642422 @default.
- W4307697685 cites W1995007073 @default.
- W4307697685 cites W1997526887 @default.
- W4307697685 cites W2004401129 @default.
- W4307697685 cites W2004708523 @default.
- W4307697685 cites W2008124574 @default.
- W4307697685 cites W2021815451 @default.
- W4307697685 cites W2023480055 @default.
- W4307697685 cites W2025484626 @default.
- W4307697685 cites W2032034956 @default.
- W4307697685 cites W2033129215 @default.
- W4307697685 cites W2038081061 @default.
- W4307697685 cites W2049716553 @default.
- W4307697685 cites W2056781305 @default.
- W4307697685 cites W2063735232 @default.
- W4307697685 cites W2071538975 @default.
- W4307697685 cites W2073094591 @default.
- W4307697685 cites W2076859307 @default.
- W4307697685 cites W2078430923 @default.
- W4307697685 cites W2084472635 @default.
- W4307697685 cites W2087881385 @default.
- W4307697685 cites W2093732961 @default.
- W4307697685 cites W2095661795 @default.
- W4307697685 cites W2096735953 @default.
- W4307697685 cites W2099108227 @default.
- W4307697685 cites W2099671895 @default.
- W4307697685 cites W2118148452 @default.
- W4307697685 cites W2125375319 @default.
- W4307697685 cites W2129066469 @default.
- W4307697685 cites W2134197804 @default.
- W4307697685 cites W2154385453 @default.
- W4307697685 cites W2159225309 @default.
- W4307697685 cites W2169315040 @default.
- W4307697685 cites W2418599019 @default.
- W4307697685 cites W2561043982 @default.
- W4307697685 cites W2594255714 @default.
- W4307697685 cites W2615990324 @default.
- W4307697685 cites W2741646123 @default.
- W4307697685 cites W2747501247 @default.
- W4307697685 cites W2775881753 @default.
- W4307697685 cites W2789333639 @default.
- W4307697685 cites W2789351096 @default.
- W4307697685 cites W2909347893 @default.
- W4307697685 cites W2947743127 @default.
- W4307697685 cites W3007474900 @default.
- W4307697685 cites W3081473353 @default.
- W4307697685 cites W3138815744 @default.
- W4307697685 doi "https://doi.org/10.1016/j.electacta.2022.141463" @default.
- W4307697685 hasPublicationYear "2023" @default.
- W4307697685 type Work @default.
- W4307697685 citedByCount "4" @default.
- W4307697685 countsByYear W43076976852023 @default.
- W4307697685 crossrefType "journal-article" @default.
- W4307697685 hasAuthorship W4307697685A5001366545 @default.
- W4307697685 hasAuthorship W4307697685A5024662519 @default.
- W4307697685 hasAuthorship W4307697685A5032798006 @default.
- W4307697685 hasAuthorship W4307697685A5035459744 @default.
- W4307697685 hasAuthorship W4307697685A5038415500 @default.
- W4307697685 hasAuthorship W4307697685A5065750915 @default.
- W4307697685 hasAuthorship W4307697685A5066428779 @default.
- W4307697685 hasAuthorship W4307697685A5072480864 @default.
- W4307697685 hasConcept C114874019 @default.
- W4307697685 hasConcept C127413603 @default.
- W4307697685 hasConcept C147789679 @default.
- W4307697685 hasConcept C159985019 @default.
- W4307697685 hasConcept C17525397 @default.
- W4307697685 hasConcept C185592680 @default.
- W4307697685 hasConcept C191897082 @default.
- W4307697685 hasConcept C192562407 @default.
- W4307697685 hasConcept C20625102 @default.
- W4307697685 hasConcept C22016385 @default.
- W4307697685 hasConcept C26771246 @default.
- W4307697685 hasConcept C2776797782 @default.
- W4307697685 hasConcept C2779679103 @default.
- W4307697685 hasConcept C2779851234 @default.
- W4307697685 hasConcept C41008148 @default.
- W4307697685 hasConcept C42360764 @default.