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典型文献
Polarized hydroxyapatite/BaTiO3 scaffolds with bio-inspired porous structure for enhanced bone penetration
文献摘要:
The porous HA/BaTiO3 ceramics have the potential to exhibit superior capabilities to promote bone in-growth.However,there are few reports on in vivo studies.Here,we fabricated bio-inspired porous HA/BaTiO3 composites for bone repair via freeze-casting.These composites had a unique microstructure composed of the central canal and radically distributed lamellae,similar to the structure of nature cortical bone unite,the Haversian system.Polarized and non-polarized bio-in-spired porous HA/BaTiO3 samples were implanted into the femoral condyle of the New Zealand rabbits.It was demonstrated that the polarization of the porous HA/BaTiO3 played a favorable part in bone regeneration.Moreover,the combination between the osteoconductivity of the microstructure and augmented osteogenic cell behavior induced by charges on surfaces of polarized porous HA/BaTiO3 facilitated bone penetration through the implants.The bio-inspired porous HA/BaTiO3 composites are demonstrated to be promising scaffolds for bone repair.
文献关键词:
作者姓名:
Chun-Sheng Shao;Liang-Jian Chen;Rui-Min Tang;Bo Zhang;Jiang-Jie Tang;Wei-Na Ma
作者机构:
Department of Stomatology,Third Xiangya Hospital,Central South University,Changsha 410013,China
引用格式:
[1]Chun-Sheng Shao;Liang-Jian Chen;Rui-Min Tang;Bo Zhang;Jiang-Jie Tang;Wei-Na Ma-.Polarized hydroxyapatite/BaTiO3 scaffolds with bio-inspired porous structure for enhanced bone penetration)[J].稀有金属(英文版),2022(01):67-77
A类:
Haversian,osteoconductivity
B类:
Polarized,hydroxyapatite,BaTiO3,scaffolds,bio,inspired,porous,enhanced,bone,penetration,HA,ceramics,have,potential,exhibit,superior,capabilities,promote,growth,However,there,are,few,reports,vivo,studies,Here,fabricated,composites,repair,via,freeze,casting,These,had,unique,microstructure,composed,central,canal,radically,distributed,lamellae,similar,nature,cortical,unite,system,polarized,samples,were,implanted,into,femoral,condyle,New,Zealand,rabbits,It,was,demonstrated,that,polarization,played,favorable,part,regeneration,Moreover,combination,between,augmented,osteogenic,cell,behavior,induced,by,charges,surfaces,facilitated,through,implants,promising
AB值:
0.560333
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