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资料包括: 论文(4页3030字)
说明:
牵引成骨术(Distraction Osteogenesis,DO)的研究经历了从肢体骨的牵引延长到颅颌骨的牵引、从动物实验研究到临床应用、从外置式牵引装置到内置式牵引装置、从粗糙到精细的漫长发展过程[1],1973年,Synde等率先应用口外装置延长狗下颌骨取得成功[2]。此后,McCarthy等[3]在对下颌骨延长术做了大量、系统的实验研究的基础上,于1992年首先成功地将此技术应用于治疗先天性颅面部发育不良的下颌骨畸形。
1 牵引成骨术的组织学基础:
牵引成骨术依靠渐进性的牵引而延长且不损伤血管的支持[4]。它主要包括两个过程,第一步是骨痂的形成,第二步是牵引后新骨的再生。牵引在骨痂组织产生拉力从而刺激新骨形成(平行于牵引轴)[5]。牵引成骨术的生物学规律表现在骨延长时,在外周固定器的作用下,骨牵开缺损区很快由骨痂新生填充,继之形成致密骨质,此为张力-应力作用的结果,由于张力-应力刺激,促进了成纤维细胞化骨及膜内成骨过程。重要的是牵引力同时作用于周围软组织产生适应性的组织生成[6]。在张力的影响下,各种组织生成被激活,骨延长过程中,发生相应生物学改变,如全皮肤层增厚、横纹肌变粗、肌纤维新生、血管中弹力纤维增生、神经轴突雪旺氏细胞增多这些骨延长过程中生物学组织的改变,已在病人的治疗观察中得到证明。这种适应性的软组织改变,可允许大量的骨移动,并减少像一期正颌手术中潜在的复发危险。
目录:
1 牵引成骨术的组织学基础:
2 截骨的方式及保存骨质血供的范围:
3 牵引成骨的技术参数:
4 牵引器械:
参考文献:
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