中国骨质疏松杂志
中國骨質疏鬆雜誌
중국골질소송잡지
CHINESE JOURNAL OF OSTEOPOROSIS
2010年
1期
23-26
,共4页
张昊%张丽军%韩志峰%吴燕丽%朱菲%姚丽%徐文%刘莹
張昊%張麗軍%韓誌峰%吳燕麗%硃菲%姚麗%徐文%劉瑩
장호%장려군%한지봉%오연려%주비%요려%서문%류형
胶原基纳米骨%自体骨%修复%颌骨缺损
膠原基納米骨%自體骨%脩複%頜骨缺損
효원기납미골%자체골%수복%합골결손
Nano-hydroxyapative/collagen composite%Autogenous chip bone%Repair%Jaw defects
目的 观察胶原基纳米骨(nHAC)加自体骨修复颌骨缺损的临床效果.方法 选择颌骨缺损需植骨者,随机分为3组,分别填入nHAC加自体骨(63例),骨诱导活性材料(OAM)(44例)以及单纯nHAC(57例)3组不同植骨材料.术后1、2、3、 4、6、8、12个月复诊,对病损部位进行临床及X线检查,观察新骨形成情况.结果 nHAC加自体骨、OAM、nHAC充填修复颌骨缺损之间疗效无显著差异(P>0.05),X线显示nHAC加自体骨、OAM成骨速度早于单纯nHAC.结论 nHAC加自体骨修复颌骨缺损是一种可行的方法,可以提高骨缺损修复的效果.
目的 觀察膠原基納米骨(nHAC)加自體骨脩複頜骨缺損的臨床效果.方法 選擇頜骨缺損需植骨者,隨機分為3組,分彆填入nHAC加自體骨(63例),骨誘導活性材料(OAM)(44例)以及單純nHAC(57例)3組不同植骨材料.術後1、2、3、 4、6、8、12箇月複診,對病損部位進行臨床及X線檢查,觀察新骨形成情況.結果 nHAC加自體骨、OAM、nHAC充填脩複頜骨缺損之間療效無顯著差異(P>0.05),X線顯示nHAC加自體骨、OAM成骨速度早于單純nHAC.結論 nHAC加自體骨脩複頜骨缺損是一種可行的方法,可以提高骨缺損脩複的效果.
목적 관찰효원기납미골(nHAC)가자체골수복합골결손적림상효과.방법 선택합골결손수식골자,수궤분위3조,분별전입nHAC가자체골(63례),골유도활성재료(OAM)(44례)이급단순nHAC(57례)3조불동식골재료.술후1、2、3、 4、6、8、12개월복진,대병손부위진행림상급X선검사,관찰신골형성정황.결과 nHAC가자체골、OAM、nHAC충전수복합골결손지간료효무현저차이(P>0.05),X선현시nHAC가자체골、OAM성골속도조우단순nHAC.결론 nHAC가자체골수복합골결손시일충가행적방법,가이제고골결손수복적효과.
Objective To study clinical effect of the mixture of nano-hydroxyapative/collagen composite ( nHAC) and autogenous chip bone in repairing jaw defects. Methods Jaw defects in need of transplanting bone were selected and randomly divided into three groups. Three methods ( the mixture of nHAC and autogenous chip bone(63 cases) , osteoinduction active material(OAM)(44 cases) , nHAC (57cases) were used to repair the jaw defects. After 1, 2,3 ,4, 6, 8 and 12 months, all cases were checked the condition of new bone formed and calcified by X-ray and clinical examination. Results There were no significant differences of the mixture of nHAC and autogenous chip bone, 0AM, nHAC in repairing jaw defects(P > 0. 05 ). New bone formed and calcified earlier in the mixture of nHAC and autogenous chip bone and 0AM than that in nHAC. Conclusion It is feasible to repair jaw defects using the mixture of nHAC and autogenous chip bone. The mixture may promote the reparation of bone defects.