a-d. Si, B, Ca and P concentrations, respectively, in SBF as a function of immersion time. e. The pH of SBF solution as a function of immersion time. f. SEM images of S53P4, B25 and B50 glass particles immersed for 7d in SBF. Scale bar 20 μm. g. SEM images of S53P4, B25 and B50 glass disc cross-sections, after immersion for 21 days in cell culture medium. Scale bar 10 μm.</p
International audienceBioactive glasses have the physical characteristics enabling them to be used i...
A phase theoretical approach forms the basis for a thermodynamic description of bioactive glasses. B...
There are a variety of applications for glasses in alkaline environments, including glass fibers and...
The impact of dissolution products on the reaction behaviour of bioactive glasses was explored. Bioa...
The purpose of this work is to study the formation of hydroxyapatite (Ca10 (PO4)6(OH)2) on the surfa...
Glass is a unique material with a long history. Several glass products are used daily in our everyda...
AbstractThis study had two aims: to determine how the elements Zn, Mg and Sr can affect the reactivi...
This manuscript presents a systematic and detailed study of ion release from 45S5 bioactive glass to...
Simulated body fluid (SBF) has been widely used to assess the bioactivity of materials in vitro but ...
The silicate glass 45S5 Bioglass® (BG) is a potential scaffold material for bone regeneration becaus...
Bioactivity of a newly formulated glass composition is assessed based on qualitative information of ...
AbstractIn the present work, we studied dissolution behavior of three glass ceramics samples each ha...
Borate glasses have been developed at Missouri S&T for biomedical applications, but less is known ab...
A new glass, obtained from Bioglass BG45S5 original composition by substituting CaO with MgO, was pr...
International audienceTo evaluate the impact of atomic short- and long-range orders on silicate diss...
International audienceBioactive glasses have the physical characteristics enabling them to be used i...
A phase theoretical approach forms the basis for a thermodynamic description of bioactive glasses. B...
There are a variety of applications for glasses in alkaline environments, including glass fibers and...
The impact of dissolution products on the reaction behaviour of bioactive glasses was explored. Bioa...
The purpose of this work is to study the formation of hydroxyapatite (Ca10 (PO4)6(OH)2) on the surfa...
Glass is a unique material with a long history. Several glass products are used daily in our everyda...
AbstractThis study had two aims: to determine how the elements Zn, Mg and Sr can affect the reactivi...
This manuscript presents a systematic and detailed study of ion release from 45S5 bioactive glass to...
Simulated body fluid (SBF) has been widely used to assess the bioactivity of materials in vitro but ...
The silicate glass 45S5 Bioglass® (BG) is a potential scaffold material for bone regeneration becaus...
Bioactivity of a newly formulated glass composition is assessed based on qualitative information of ...
AbstractIn the present work, we studied dissolution behavior of three glass ceramics samples each ha...
Borate glasses have been developed at Missouri S&T for biomedical applications, but less is known ab...
A new glass, obtained from Bioglass BG45S5 original composition by substituting CaO with MgO, was pr...
International audienceTo evaluate the impact of atomic short- and long-range orders on silicate diss...
International audienceBioactive glasses have the physical characteristics enabling them to be used i...
A phase theoretical approach forms the basis for a thermodynamic description of bioactive glasses. B...
There are a variety of applications for glasses in alkaline environments, including glass fibers and...