International audienceBioactive glass hybrids are among the most promising materials for bone regeneration, but the incorporation of calcium, a key element for mineralization properties of the implant, into the inorganic part of the hybrid network is challenging. We present here a new synthesis route to both class I and II gelatin-bioactive glass hybrids allowing the efficient incorporation of calcium ions at low temperature
International audienceCalcium is an essential component of osteogenesis and is often required for im...
With an aging population and an increase in the proportions of that population with access to high q...
Organic-inorganic hybrid materials, composed of phases that interact on a nanoscale and a microstruc...
International audienceBioactive glass hybrids are among the most promising materials for bone regene...
International audienceBioactive glass hybrids are among the most promising materials for bone regene...
International audienceBioactive glass hybrids are among the most promising materials for bone regene...
Hybrid scaffolds based on bioactive glass (BAG) particles (<38 µm), covalently linked to gelatin (G*...
Hybrid scaffolds based on bioactive glass (BAG) particles (<38 µm), covalently linked to gelatin (G*...
International audienceThis communication reports a process for the synthesis of bioactive glass-gela...
Hybrid biomaterials combining bioactive glasses (BAG) and natural polymers such as gelatin, are pote...
International audienceThis communication reports a process for the synthesis of bioactive glass-gela...
Calcium is an essential component of osteogenesis and is often required for imparting significant bi...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
With an aging population and an increase in the proportions of that population with access to high q...
Organic-inorganic hybrid materials, composed of phases that interact on a nanoscale and a microstruc...
International audienceBioactive glass hybrids are among the most promising materials for bone regene...
International audienceBioactive glass hybrids are among the most promising materials for bone regene...
International audienceBioactive glass hybrids are among the most promising materials for bone regene...
Hybrid scaffolds based on bioactive glass (BAG) particles (<38 µm), covalently linked to gelatin (G*...
Hybrid scaffolds based on bioactive glass (BAG) particles (<38 µm), covalently linked to gelatin (G*...
International audienceThis communication reports a process for the synthesis of bioactive glass-gela...
Hybrid biomaterials combining bioactive glasses (BAG) and natural polymers such as gelatin, are pote...
International audienceThis communication reports a process for the synthesis of bioactive glass-gela...
Calcium is an essential component of osteogenesis and is often required for imparting significant bi...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
International audienceCalcium is an essential component of osteogenesis and is often required for im...
With an aging population and an increase in the proportions of that population with access to high q...
Organic-inorganic hybrid materials, composed of phases that interact on a nanoscale and a microstruc...