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Previous studies have evaluated the capacity of porous scaffolds composed of a single bioactive glass to regenerate bone. In the present study, scaffolds composed of a mixture of two different bioactive glasses (silicate 13-93 and borate 13-93B3) were created and evaluated for their response to osteogenic MLO-A5 cells in vitro and their capacity to regenerate bone in rat calvarial defects in vivo. The scaffolds, which have similar microstructures (porosity=58-67

作者:Yifei, Gu;Wenhai, Huang;Mohamed N, Rahaman;Delbert E, Day

来源:Acta biomaterialia 2013 年 9卷 11期

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作者:
Yifei, Gu;Wenhai, Huang;Mohamed N, Rahaman;Delbert E, Day
来源:
Acta biomaterialia 2013 年 9卷 11期
标签:
Bioactive glass Bone regeneration Mineralization Rat calvarial defect model Scaffold
Previous studies have evaluated the capacity of porous scaffolds composed of a single bioactive glass to regenerate bone. In the present study, scaffolds composed of a mixture of two different bioactive glasses (silicate 13-93 and borate 13-93B3) were created and evaluated for their response to osteogenic MLO-A5 cells in vitro and their capacity to regenerate bone in rat calvarial defects in vivo. The scaffolds, which have similar microstructures (porosity=58-67