Matches in SemOpenAlex for { <https://semopenalex.org/work/W33478405> ?p ?o ?g. }
- W33478405 endingPage "191" @default.
- W33478405 startingPage "151" @default.
- W33478405 abstract "Abstract Biodegradable metals have been suggested as revolutionary biomaterials for bone grafting therapies. Of these metals, magnesium (Mg) and its biodegradable alloys appear to be particularly attractive candidates due to their nontoxicity and mechanical properties, which match those of bones better than other metals do. Being light, biocompatible, and biodegradable, Mg-based metallic implants have several advantages over other implantable metals currently in use, such as eliminating both the effects of stress shielding and the requirement of a second surgery for implant removal. Unfortunately, the fast degradation rates of Mg and its biodegradable alloys in the aggressive physiological environment impose severe limitations in their clinical applications. This necessitates development of the implants with controlled degradation rates to match with the kinetics of bone healing. An application of protective but biocompatible and biodegradable coatings able to delay the onset of Mg corrosion appears to be a reasonable solution. Because calcium orthophosphates are well tolerated by living organisms, they appear to be excellent candidates to produce such coatings. Nevertheless, both a high chemical reactivity and a low melting point of Mg require the specific parameters for calcium orthophosphate coatings to be deposed successfully. Within this review, an overview of current coating techniques used for deposition of calcium orthophosphates on Mg and its biodegradable alloys is provided. The literature analysis revealed that, in all cases, the calcium orthophosphate protective coatings both increased the corrosion resistance of Mg-based metallic biomaterials and improved their surface biocompatibility." @default.
- W33478405 created "2016-06-24" @default.
- W33478405 creator A5058005439 @default.
- W33478405 date "2015-01-01" @default.
- W33478405 modified "2023-09-25" @default.
- W33478405 title "Surface modification of magnesium and its biodegradable alloys by calcium orthophosphate coatings to improve corrosion resistance and biocompatibility" @default.
- W33478405 cites W1502654011 @default.
- W33478405 cites W1601980202 @default.
- W33478405 cites W1834908279 @default.
- W33478405 cites W1964867189 @default.
- W33478405 cites W1965013848 @default.
- W33478405 cites W1965915004 @default.
- W33478405 cites W1966139881 @default.
- W33478405 cites W1967557807 @default.
- W33478405 cites W1967890983 @default.
- W33478405 cites W1967901385 @default.
- W33478405 cites W1968585963 @default.
- W33478405 cites W1968773204 @default.
- W33478405 cites W1969799408 @default.
- W33478405 cites W1971356973 @default.
- W33478405 cites W1974388909 @default.
- W33478405 cites W1974661733 @default.
- W33478405 cites W1974711345 @default.
- W33478405 cites W1975676493 @default.
- W33478405 cites W1975704554 @default.
- W33478405 cites W1978616686 @default.
- W33478405 cites W1979139968 @default.
- W33478405 cites W1980241380 @default.
- W33478405 cites W1980649341 @default.
- W33478405 cites W1981104073 @default.
- W33478405 cites W1982866376 @default.
- W33478405 cites W1982910441 @default.
- W33478405 cites W1985682649 @default.
- W33478405 cites W1987752071 @default.
- W33478405 cites W1989047557 @default.
- W33478405 cites W1989447443 @default.
- W33478405 cites W1991137153 @default.
- W33478405 cites W1991642422 @default.
- W33478405 cites W1991868009 @default.
- W33478405 cites W1992076322 @default.
- W33478405 cites W1992419013 @default.
- W33478405 cites W1992917506 @default.
- W33478405 cites W1994857934 @default.
- W33478405 cites W1996279141 @default.
- W33478405 cites W1997390207 @default.
- W33478405 cites W1998223143 @default.
- W33478405 cites W1998248372 @default.
- W33478405 cites W1998738129 @default.
- W33478405 cites W2003545183 @default.
- W33478405 cites W2003881040 @default.
- W33478405 cites W2003895364 @default.
- W33478405 cites W2005234019 @default.
- W33478405 cites W2005689278 @default.
- W33478405 cites W2007003680 @default.
- W33478405 cites W2007329667 @default.
- W33478405 cites W2009649873 @default.
- W33478405 cites W2010423977 @default.
- W33478405 cites W2012293496 @default.
- W33478405 cites W2014251959 @default.
- W33478405 cites W2014785399 @default.
- W33478405 cites W2016040134 @default.
- W33478405 cites W2016450441 @default.
- W33478405 cites W2019230464 @default.
- W33478405 cites W2021594575 @default.
- W33478405 cites W2023977237 @default.
- W33478405 cites W2024588760 @default.
- W33478405 cites W2024842979 @default.
- W33478405 cites W2027182103 @default.
- W33478405 cites W2028343280 @default.
- W33478405 cites W2028903809 @default.
- W33478405 cites W2029014407 @default.
- W33478405 cites W2029766985 @default.
- W33478405 cites W2029933377 @default.
- W33478405 cites W2032504568 @default.
- W33478405 cites W2033617482 @default.
- W33478405 cites W2034500595 @default.
- W33478405 cites W2034636415 @default.
- W33478405 cites W2034813673 @default.
- W33478405 cites W2035415564 @default.
- W33478405 cites W2036063880 @default.
- W33478405 cites W2038847164 @default.
- W33478405 cites W2039268285 @default.
- W33478405 cites W2039547236 @default.
- W33478405 cites W2040235837 @default.
- W33478405 cites W2040287976 @default.
- W33478405 cites W2040340999 @default.
- W33478405 cites W2040518227 @default.
- W33478405 cites W2041163502 @default.
- W33478405 cites W2042378322 @default.
- W33478405 cites W2042419925 @default.
- W33478405 cites W2043346325 @default.
- W33478405 cites W2043489650 @default.
- W33478405 cites W2045798212 @default.
- W33478405 cites W2046246939 @default.
- W33478405 cites W2046481726 @default.
- W33478405 cites W2047096519 @default.
- W33478405 cites W2047581767 @default.
- W33478405 cites W2048741580 @default.