这种鸟巢状多孔hap材料在人工骨植入、骨组织工程支架、药物缓释载体领域有潜在的开发价值。
Therefore, this experiment synthetic porous HAP nest material has the potential development value in bone implanted, bone tissue engineering, drug delivery field.
为探讨羟基磷灰石（简称HA）微粒人工骨作为隆鼻术移植材料的远期效果，对HA 人工骨植入隆鼻的50例受术者进行8年随访观察。
To investigate the long term results of the particulate hydroxy apatite (HA) artificial bone in augmentation rhinoplasty, 50 patients were followed up for 8 years after the operation.
目的：为观察骨水泥固定型人工关节植入后对股骨远端的影响提供一个理想的动物模型。
OBJECTIVE: To provide an ideal animal model for study the effect on distal femoral shaft after implanting the artificial joint of bone cement.
目的为研究骨水泥固定型人工关节植入后对股骨远端的影响提供一个理想的动物模型。
Objective To provide the ideal animal model for studying the effect of the distal femoral shaft after implanting the artificial joint of bone cement.
背景：临床上对骨水泥型人工关节并发症的研究已经很多，但是目前骨水泥型人工关节植入后对股骨远端影响方面的研究尚缺乏。
BACKGROUND: There are so many researches on complication of artificial joint of bone cement in clinics, but the effect of implanting artificial joint of bone cement on distal femoral shaft is unclear.
目的：研究拔牙后即刻植入羟基磷灰石微粒人工骨的治疗效果和并发症。
Objective:The aim of this study is to investigate the effect and complication of immediate implantation of particulate hydroxylapatite artificial bone after teeth extraction.
比较植入人工骨后不同阶段材料以及界面元素组成的变化，材料植入后骨缺损区新骨生成的情况。
Element changes of the interface, the changes of implanted materials at different stages after implantation and formation of new bone were observed.
结论EH型复合人工骨是理想的替代自体骨组织的眶内植入材料。
Conclusion EH composite artificial bone is ideal alloplastic material for orbital reconstruction.
纳米人工骨材料植入骨缺损处3 ~ 6个月可形成骨性连接，6 ~12个月骨结构塑形改建，且局部无不良反应。
NHAC forms bony connection after implanted in bone defects for 3-6 months, and mould bone structure from 6-12 months without any adverse reaction.
前言：目的：研究上颌窦提升术不植入自体骨或人工骨并同期植入种植体的可行性。
Objective: To study the effect of Maxillary sinus floor lifting and immediate placement of plants without bone graft.
单纯人工骨组植入材料与截骨断端融合，材料体积较植入初期变化不明显；
In simple artificial bone group, the implanted material was integrated with the cross end and material volume did not change obviously compared with the initial implanting stage.
结论：本实验运用的建立兔下颌骨临界骨缺损人工材料植入实验动物模型的方法是可行的。
Conclusion: The method here used to establish an animal model for reconstruction of mandibular critical-sized defect in rabbits is practicable.
结论：本实验运用的建立兔下颌骨临界骨缺损人工材料植入实验动物模型的方法是可行的。
Conclusion: The method here used to establish an animal model for reconstruction of mandibular critical-sized defect in rabbits is practicable.
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