自体微粒皮 Body skin particles ; autogenous microne skin
微粒皮肤 micro granular skin
微粒皮片 microne free skin graft
内皮微粒 EMPs ; endothelial microparticle
内皮微颗粒 EMPs ; endothelial microparticles
目的内皮微粒 endothelial microparticles ; EMP
循环内皮微颗粒 Endothelial Microparticles ; EMPS
浆中内皮微粒 EMPS ; endothelial cell microparticles
Results: The skin graft of 18 patients with burn was survived, auto-expansion of microskin was up to 85%.
结果：18例烧伤患者植皮均成活，自体微粒皮扩展达85%以上。
参考来源 - 自体微粒皮与异体皮混合移植治疗18例大面积深度烧伤—《中国医药导报》—2009年第14期—龙源期刊网·2,447,543篇论文数据，部分数据来源于NoteExpress
结论利用自体微粒皮代替大块自体皮移植修复皮肤创面，效果理想。
Conclusion Particle skin to replace large piece of self-body skin to be transplanted for repairing the surface of wound skin has reached ideal effect.
混合嵌植法创而愈合质量和大关节功能恢复状况优于微粒皮移植法。
The wound healing quality and the restoration of large joint function of patients treated with it are better than those of patients treated with MG.
目的：观察自体微粒皮与异体皮混合移植在大面积深度烧伤切削痂创面治疗中的应用效果。
Objective: To observe the effect of body skin particles combined with allograft skin graft in the treatment of large area deep burn wounds.
应用推荐