1) bone graft
骨移植
1.
Clinical application of titanium mesh shaped with autogenous iliac marrow-cancellous bone grafting to reconstructing severe mandible defects;
钛网成形复合自体松质骨移植修复大型下颌骨缺损
2.
Correction of complete unilateral alveolar cleft by bone graft in the patients after expansion;
扩弓后单侧完全性牙槽突裂的骨移植修复
3.
Experimental study on different bone grafts in conjunction with guided bone regeneration to repair bone defects around dental implants
骨移植与骨引导再生技术联合应用修复种植体周围骨缺损的实验研究
2) bone grafting
骨移植
1.
Progress in management of alveolar cleft bone grafting;
牙槽突裂骨移植治疗进展
2.
The treatment of the infected tibial nonunion by open bone grafting and AO external fixators
AO外固定器结合一期自体骨移植治疗胫骨感染性骨不连
3.
Objective:To discuss the role of calcaneus Ti-Plate and synthetic bone grafting in the treatment of calcaneus fracture.
目的:探讨应用跟骨钛板及人工骨移植在重建跟骨关节面塌陷骨折的完整和稳定性中的作用。
3) Bone transplant
骨移植
1.
[Method] A retrospective study was conducted in 50 patients who underwent segment bone transport with the inlaid external fixator Ⅳ in 30 cases and plate internal fixation combined with bone transplant in 20 cases for treatment nonunion of the tibia associated with ex.
方法回顾性研究2001年10月以来手术治疗的50例胫骨缺损型骨不连,其中Ⅳ型镶嵌式骨外固定器行骨段转移术治疗30例,行钢板螺丝钉内固定结合骨移植术治疗20例。
2.
experiment in vitro:use allogeneic bone to do bacteriostasis and biomechanic experiment ; Bone transplant experiment : 48 NanChang rabbits were randomly divided into four groups on average,A segmental bone defect models were created at skull parietal bone and tidia bone,the defect were discernly ransplanted radiation-iodine allogeneic bone(A)、deep-frozen allogeneic bone(B.
体外实验:取同种异体骨做抑菌实验和生物力学实验;骨移植实验:将48只南昌大白兔随机分四组,制造颅骨及胫骨骨缺损后,骨缺损处分别植入同种异体辐照含碘骨(A)、深低温冷藏骨(B)、冷冻干燥骨(C)和新鲜自体骨(D);观察伤口愈合、骨生长情况,以及观察组织学的变化。
4) osteochondral transplantation
骨软骨移植
1.
Treatment of acute osteochondral fractures of the talus using autologous osteochondral transplantation;
自体骨软骨移植治疗踝部骨折
6) Bone marrow transplantation
骨髓移植
1.
Application of multiplex amplification of STRs for monitoring survival of engraftment after bone marrow transplantation;
用荧光标记短串连重复复合扩增技术监测骨髓移植存活
2.
Intestine necrosis is the primary cause of death in SCID mice with heterogeneous bone marrow transplantation;
肠坏死是异种骨髓移植后SCID鼠发生急性排斥反应死亡的主要原因
3.
Effects of the splenocytes in murine mixed bone marrow transplantation;
小鼠脾细胞在混合骨髓移植中的作用
补充资料:骨髓移植
骨髓移植 bone marrow transplantation 将正常骨髓由静脉输入患者体内,以取代病变骨髓的治疗方法。简称BMT。骨髓中有大量多能造血干细胞,具有自我复制和分化两种基本功能,在患者体内植活后,患者的造血功能和免疫功能即得以重建。 类型 根据骨髓的来源不同,BMT有3种类型:①同种异基因BMT。指人类不同个体间的移植,目前大多数BMT都指此而言,供者和受者的人类白细胞抗原(HLA)配型相合是移植成功的必要条件,亲兄弟姐妹间相合的机率是25%,无关供者相匹配的机率很少。②同基因BMT。即同卵双生子女间的BMT,效果最好。③自体BMT。即用自身的骨髓,不需供髓者,此法简便,易于推广,可广泛用于独生子女。 适应症 受者的年龄一般应小于45岁,自体BMA可高至55岁,应无重大内、外科疾病,具体适用于如下两类疾病,第一类是恶性疾病,包括:①完全缓解后的急性白血病,BMT后的5年生存率可达70%。②慢性粒细胞白血病的慢性期,80%可长期缓解或根治。③其他如难治性恶性淋巴瘤、多发性骨髓瘤、小细胞肺癌等常采用自体BMT,疗效显著。第二类是非恶性疾病如再生障碍性贫血和重症联合免疫缺陷病等。今后随着供髓者的选择、感染和移植物抗宿主病防治的解决,BMT必将被推广和显示巨大生命力。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条