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- W2090717572 abstract "We report on the effect of varying the Zn2+/Mg2+ ratio on the structure and biodegradation of glasses in an alkali-free system designed in the glass forming region of diopside (CaMgSi2O6)–fluorapatite [Ca5(PO4)3F]–TCP (3CaO·P2O5). The zinc-containing glasses designed in the as-mentioned ternary system are potential materials for their application in bone regeneration and tissue engineering. The melt-quenched glasses with compositions (mol%), 36.07CaO − (19.24 − x) MgO − xZnO − 5.61P2O5 − 38.49SiO2 − 0.59CaF2, where x varies between 0 and 10, have been investigated for their structure by molecular dynamics simulations as well as by nuclear magnetic resonance spectroscopy. In all the investigated glasses silicate and phosphate components are mainly present as Q2 (Si) and Q0 (orthophosphate) species, respectively. Zinc retains structural features similar to magnesium, with predominant five-fold coordination. The apatite-forming ability of glasses has been investigated by X-ray diffraction and infrared spectroscopy after immersion of glass powders in simulated body fluids for time durations varying between 1 h and 7 days, while their chemical degradation has been studied in Tris–HCl in accordance with ISO-10993-14. The increasing Zn2+/Mg2+ ratio decreases the chemical degradation of glasses as well as reducing their apatite forming ability. The results allowed us to discuss the biodegradation of alkali-free bioactive glasses on the basis of the structural role of zinc and magnesium." @default.
- W2090717572 created "2016-06-24" @default.
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- W2090717572 date "2013-01-01" @default.
- W2090717572 modified "2023-10-01" @default.
- W2090717572 title "Structural role of zinc in biodegradation of alkali-free bioactive glasses" @default.
- W2090717572 cites W1968194132 @default.
- W2090717572 cites W1972211036 @default.
- W2090717572 cites W1974758968 @default.
- W2090717572 cites W1982414211 @default.
- W2090717572 cites W1984251419 @default.
- W2090717572 cites W1984779579 @default.
- W2090717572 cites W1989659957 @default.
- W2090717572 cites W1991988444 @default.
- W2090717572 cites W1994116080 @default.
- W2090717572 cites W1994985633 @default.
- W2090717572 cites W1995810966 @default.
- W2090717572 cites W1996748598 @default.
- W2090717572 cites W1999055817 @default.
- W2090717572 cites W2000039620 @default.
- W2090717572 cites W2000212217 @default.
- W2090717572 cites W2011099532 @default.
- W2090717572 cites W2012129021 @default.
- W2090717572 cites W2013448161 @default.
- W2090717572 cites W2013496911 @default.
- W2090717572 cites W2017887241 @default.
- W2090717572 cites W2020344312 @default.
- W2090717572 cites W2020406782 @default.
- W2090717572 cites W2021140120 @default.
- W2090717572 cites W2030893372 @default.
- W2090717572 cites W2032317416 @default.
- W2090717572 cites W2034602186 @default.
- W2090717572 cites W2035109392 @default.
- W2090717572 cites W2038718296 @default.
- W2090717572 cites W2047315221 @default.
- W2090717572 cites W2047428956 @default.
- W2090717572 cites W2053209443 @default.
- W2090717572 cites W2057502998 @default.
- W2090717572 cites W2059261958 @default.
- W2090717572 cites W2059519373 @default.
- W2090717572 cites W2061101990 @default.
- W2090717572 cites W2061571752 @default.
- W2090717572 cites W2062361679 @default.
- W2090717572 cites W2064947294 @default.
- W2090717572 cites W2067689878 @default.
- W2090717572 cites W2069523649 @default.
- W2090717572 cites W2075998576 @default.
- W2090717572 cites W2077598490 @default.
- W2090717572 cites W2077786188 @default.
- W2090717572 cites W2079132196 @default.
- W2090717572 cites W2084393085 @default.
- W2090717572 cites W2085188955 @default.
- W2090717572 cites W2086580756 @default.
- W2090717572 cites W2088956282 @default.
- W2090717572 cites W2089295683 @default.
- W2090717572 cites W2089794477 @default.
- W2090717572 cites W2091402509 @default.
- W2090717572 cites W2093536708 @default.
- W2090717572 cites W2111319448 @default.
- W2090717572 cites W2113147520 @default.
- W2090717572 cites W2118016617 @default.
- W2090717572 cites W2122677574 @default.
- W2090717572 cites W2130660628 @default.
- W2090717572 cites W2139687034 @default.
- W2090717572 cites W2142708209 @default.
- W2090717572 cites W2145881262 @default.
- W2090717572 cites W2146150497 @default.
- W2090717572 cites W2170619852 @default.
- W2090717572 cites W2317841399 @default.
- W2090717572 cites W2320463878 @default.
- W2090717572 cites W2323376156 @default.
- W2090717572 cites W2331218434 @default.
- W2090717572 cites W243878245 @default.
- W2090717572 doi "https://doi.org/10.1039/c3tb20163e" @default.
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