Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel casting technique, based on alkali activation and gelification, followed by viscous flow sintering. Glass powders, already known to yield a bioactive sintered glass-ceramic (CEL2) were dispersed in an alkaline solution, with partial dissolution of glass powders. The obtained glass suspensions underwent progressive hardening, by curing at low temperature (40 °C), owing to the formation of a C–S–H (calcium silicate hydrate) gel. As successful direct foaming was achieved by vigorous mechanical stirring of gelified suspensions, comprising also a surfactant. The developed cellular structures were later heat-treated at 900–1000 C, to form CEL2 glass-c...
The cooling of a melt corresponding to the eutectic between wollastonite (CaSiO3) and diopside (CaMg...
A challenge in using bioactive melt-derived glass in bone regeneration is to produce scaffolds with ...
Scaffolds are needed that can act as temporary templates for bone regeneration and actively stimulat...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
The development of bioactive glass-ceramic materials has been a topic of great interest aiming at en...
This study aims to produce 45S5 bioactive glass scaffolds (45% Si0<inf>2</inf>-24.5% CaO-24.5% Na<in...
The aim of this thesis is to develop a method to produce melt-derived bioactive glass scaffolds, wit...
Glass–ceramic macroporous scaffolds for tissue engineering have been developed using a polyurethane ...
The cooling of a melt corresponding to the eutectic between wollastonite (CaSiO3) and diopside (CaMg...
A challenge in using bioactive melt-derived glass in bone regeneration is to produce scaffolds with ...
Scaffolds are needed that can act as temporary templates for bone regeneration and actively stimulat...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous bioactive glass-ceramic scaffolds were effectively fabricated by an inorganic gel cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
Highly porous wollastonite-diopside glass-ceramics have been successfully obtained by a new gel-cast...
The development of bioactive glass-ceramic materials has been a topic of great interest aiming at en...
This study aims to produce 45S5 bioactive glass scaffolds (45% Si0<inf>2</inf>-24.5% CaO-24.5% Na<in...
The aim of this thesis is to develop a method to produce melt-derived bioactive glass scaffolds, wit...
Glass–ceramic macroporous scaffolds for tissue engineering have been developed using a polyurethane ...
The cooling of a melt corresponding to the eutectic between wollastonite (CaSiO3) and diopside (CaMg...
A challenge in using bioactive melt-derived glass in bone regeneration is to produce scaffolds with ...
Scaffolds are needed that can act as temporary templates for bone regeneration and actively stimulat...