CAJ | 학술논문

目的:探讨采用天然材料结合自体红骨髓移植代替人体骨组织对四肢骨缺损及骨不连的修复作用.方法:采用海洋天然鹿角珊瑚与自体红骨髓混合植入治疗四肢骨缺损及创伤性骨不连接,术后采用X线片、光镜、电镜观察结果.结果:本组稿31例患者中30例骨性愈合,1例因术后感染改用其它方法治疗,骨愈合时间8~14个月.随访10个月~7年.结论:鹿角珊瑚骨理化性质稳定,微细结构与人体骨类同,具有良好生物相溶性和降解性,是红骨髓的良好载体与愈合的框架.以珊瑚骨本身的微细结构为载体吸附的自体红骨髓是唯一含有丰富的定向性和诱导性骨祖细胞的组织,且骨髓间叶细胞诱导成骨活性最强,二者结合的植入物是一种理想的人体骨替代材料.
목적:탐토채용천연재료결합자체홍골수이식대체인체골조직대사지골결손급골불련적수복작용.방법:채용해양천연록각산호여자체홍골수혼합식입치료사지골결손급창상성골불련접,술후채용X선편、광경、전경관찰결과.결과:본조고31례환자중30례골성유합,1례인술후감염개용기타방법치료,골유합시간8~14개월.수방10개월~7년.결론:록각산호골이화성질은정,미세결구여인체골류동,구유량호생물상용성화강해성,시홍골수적량호재체여유합적광가.이산호골본신적미세결구위재체흡부적자체홍골수시유일함유봉부적정향성화유도성골조세포적조직,차골수간협세포유도성골활성최강,이자결합적식입물시일충이상적인체골체대재료.
Objective:To inquire use the natural material , and to combine from the aspect the red marrow transplanting substitute human body bone organisation damaged to the four limbs bones reaches the repair action that the bone does not link . Methods: To uses the red marrow of natural deerhorn coral of ocean and from aspect to mix to plant to cure four limbs the bones damaged and wounds bone and does not link , and uses X's thread piece the art after and the light looking glass and electricity looking glass observation killing . Results: 31 example patients' soliciting contributions 30 example bones heals , and 1 example because of infects after the art is modified other method and is cured , and time 8-14's moon is healed by the bone . We followed up a case by regular visits to 10 months- 7 years .Conclusion: Deerhorn coral bone physics and chemistry quality is stable , and very small structure and the human body bone is roughly the same , and possesses good living things each other the dissolving natures with falling Xie Xing , and is the good carrier and frame healing of red marrow . The very small structure with the coral bone itself for the carrier sticking is only organisation containing rich directionals nature and guiding nature bone grandfather's cell from the red marrow of aspect , and that to guide into the bone active is the strongest a cell between marrow , and to plant into the thing is one kind of human body bone alternation material of ideal to two combinations