Matches in SemOpenAlex for { <https://semopenalex.org/work/W4282034752> ?p ?o ?g. }
- W4282034752 endingPage "258" @default.
- W4282034752 startingPage "243" @default.
- W4282034752 abstract "Zinc (Zn) is a new class of bioresorbable metal that has potential for cardiovascular stent material, orthopedic implants, wound closure devices, etc. However, pure Zn is not ideal for these applications due to its low mechanical strength and localized degradation behavior. Alloying is the most common/effective way to overcome this limitation. Still, the choice of alloying element is crucial to ensure the resulting alloy possesses sufficient mechanical strength, suitable degradation rate, and acceptable biocompatibility. Hereby, we proposed to blend selective transition metals (i.e., vanadium-V, chromium-Cr, and zirconium-Zr) to improve Zn's properties. These selected transition metals have similar properties to Zn and thus are beneficial for the metallurgy process and mechanical property. Furthermore, the biosafety of these elements is of less concern as they all have been used as regulatory approved medical implants or a component of an implant such as Ti6Al4V, CoCr, or Zr-based dental implants. Our study showed the first evidence that blending with transition metals V, Cr, or Zr can improve Zn's properties as bioresorbable medical implants. In addition, three in vivo implantation models were explored in rats: subcutaneous, aorta, and femoral implantations, to target the potential clinical applications of bioresorbable Zn implants." @default.
- W4282034752 created "2022-06-13" @default.
- W4282034752 creator A5005854953 @default.
- W4282034752 creator A5006085781 @default.
- W4282034752 creator A5009815987 @default.
- W4282034752 creator A5011583661 @default.
- W4282034752 creator A5016856595 @default.
- W4282034752 creator A5039695062 @default.
- W4282034752 creator A5045923205 @default.
- W4282034752 creator A5046645047 @default.
- W4282034752 creator A5076678506 @default.
- W4282034752 date "2023-02-01" @default.
- W4282034752 modified "2023-10-18" @default.
- W4282034752 title "Blending with transition metals improves bioresorbable zinc as better medical implants" @default.
- W4282034752 cites W1038481661 @default.
- W4282034752 cites W1432149510 @default.
- W4282034752 cites W1588296206 @default.
- W4282034752 cites W1896100798 @default.
- W4282034752 cites W1929296596 @default.
- W4282034752 cites W1965345545 @default.
- W4282034752 cites W1969261441 @default.
- W4282034752 cites W1969396641 @default.
- W4282034752 cites W1975858564 @default.
- W4282034752 cites W1976176247 @default.
- W4282034752 cites W1982487116 @default.
- W4282034752 cites W1990836743 @default.
- W4282034752 cites W1994612383 @default.
- W4282034752 cites W1995869907 @default.
- W4282034752 cites W1999709400 @default.
- W4282034752 cites W2010643522 @default.
- W4282034752 cites W2019385746 @default.
- W4282034752 cites W2020912129 @default.
- W4282034752 cites W2024585313 @default.
- W4282034752 cites W2052257773 @default.
- W4282034752 cites W2054472394 @default.
- W4282034752 cites W2055462912 @default.
- W4282034752 cites W2057108471 @default.
- W4282034752 cites W2059739241 @default.
- W4282034752 cites W2062900498 @default.
- W4282034752 cites W2070814920 @default.
- W4282034752 cites W2078178868 @default.
- W4282034752 cites W2080109744 @default.
- W4282034752 cites W2082237647 @default.
- W4282034752 cites W2084760791 @default.
- W4282034752 cites W2109891536 @default.
- W4282034752 cites W2124960654 @default.
- W4282034752 cites W2166038708 @default.
- W4282034752 cites W2185555832 @default.
- W4282034752 cites W2341804378 @default.
- W4282034752 cites W2470205717 @default.
- W4282034752 cites W2515801815 @default.
- W4282034752 cites W2516666696 @default.
- W4282034752 cites W2532624466 @default.
- W4282034752 cites W2537603665 @default.
- W4282034752 cites W2559797634 @default.
- W4282034752 cites W2567006127 @default.
- W4282034752 cites W2594627979 @default.
- W4282034752 cites W2604689492 @default.
- W4282034752 cites W2618006995 @default.
- W4282034752 cites W2746519046 @default.
- W4282034752 cites W2791438522 @default.
- W4282034752 cites W2794544298 @default.
- W4282034752 cites W2895004300 @default.
- W4282034752 cites W2897285390 @default.
- W4282034752 cites W2900857934 @default.
- W4282034752 cites W2912450819 @default.
- W4282034752 cites W2916615127 @default.
- W4282034752 cites W2921445915 @default.
- W4282034752 cites W2928834930 @default.
- W4282034752 cites W2946791635 @default.
- W4282034752 cites W2964315568 @default.
- W4282034752 cites W2989377790 @default.
- W4282034752 cites W2991016599 @default.
- W4282034752 cites W3001130564 @default.
- W4282034752 cites W3081500767 @default.
- W4282034752 cites W3089498111 @default.
- W4282034752 cites W3110903267 @default.
- W4282034752 cites W3217622704 @default.
- W4282034752 cites W754105263 @default.
- W4282034752 cites W932876511 @default.
- W4282034752 doi "https://doi.org/10.1016/j.bioactmat.2022.05.033" @default.
- W4282034752 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35702610" @default.
- W4282034752 hasPublicationYear "2023" @default.
- W4282034752 type Work @default.
- W4282034752 citedByCount "8" @default.
- W4282034752 countsByYear W42820347522023 @default.
- W4282034752 crossrefType "journal-article" @default.
- W4282034752 hasAuthorship W4282034752A5005854953 @default.
- W4282034752 hasAuthorship W4282034752A5006085781 @default.
- W4282034752 hasAuthorship W4282034752A5009815987 @default.
- W4282034752 hasAuthorship W4282034752A5011583661 @default.
- W4282034752 hasAuthorship W4282034752A5016856595 @default.
- W4282034752 hasAuthorship W4282034752A5039695062 @default.
- W4282034752 hasAuthorship W4282034752A5045923205 @default.
- W4282034752 hasAuthorship W4282034752A5046645047 @default.
- W4282034752 hasAuthorship W4282034752A5076678506 @default.
- W4282034752 hasBestOaLocation W42820347521 @default.
- W4282034752 hasConcept C106773901 @default.