1.
Repairing Alar Defects by Using a Retro-grade Island Auricle Composite Tissue Flap Based on Arteria Temporalis Superficialis
颞浅动脉筋膜蒂逆行岛状耳郭复合组织瓣移植修复鼻翼缺损
2.
Exeperience in partial alar defect repair by bilateral composite grafts from the ear.
应用双侧耳廓复合组织修复鼻翼缺损
3.
AURICULAR COMPOSITE GRAFT IN REPAIR OF NASAL ALAR DEFECTS
耳廓复合组织游离移植修复鼻翼缺损
4.
Embedding Transplantation of Auricular Composite Graft in Repair of Alaenasi Defect
耳廓复合组织嵌入移植修复鼻翼缺损
5.
Alar reconstruction by different methods of composite ear transplantation: a clinical evaluation
耳廓复合组织瓣的三种术式修复鼻翼缺损的临床评价
6.
Conclusion:The auricular composite free graft is a excellent method to repair the nasal alar defect.
结论:耳复合组织游离是修复鼻翼缺损的较好方法。
7.
Objective: To explore the feasibility of applying auricle compound tissue flap to repair unilateral and bilateral nasal alar large area defects.
目的 探讨耳廓复合组织瓣修复鼻翼单、双侧较大面积缺损的可行性。
8.
Auricle Composite Tissue Transplantation in Functional and Aesthetic Restoration of Nostril Scar Contraction
耳廓复合组织游离移植功能性美容修复前鼻孔疤痕挛缩畸形
9.
To discuss the method of repairing partial alar defect by bilateral composite grafts from the ear and the operative method.
探讨应用双侧耳廓复合组织修复较大鼻翼缺损的可行性及手术方法。
10.
Result: 6 cases of partial alar defect were repaired by bilateral composite grafts from the ear.
结果：临床应用双侧耳廓复合组织修复较大鼻翼缺损6 例，均取得了满意的效果。
11.
major histocompatibility complex (MHC)
主要组织适应性复合体
12.
major histocompatibility complex
主要组织相容性复合体
13.
The Study of Tissue Engineered Cartilage Constructed by AdLacZ Gene Modified Goat Auricular Chondrocytes with F127 Pluronic;
AdLacZ基因修饰的山羊耳软骨细胞复合F127构建组织工程化软骨的实验研究
14.
Photochemical tissue bonding in tissue repair
光化学反应组织黏合技术与组织修复
15.
Strength Analyses of Three-dimensional Five-directional Braided Composites Lug
三维五向编织复合材料单耳接头强度分析
16.
The Experimental Research of Construction of Tissue Engineered Osteochondral Composite;
构建组织工程骨软骨复合组织的实验研究
17.
Repair of the Big Extent Multiple Tissue Defect of Hand by Combine Tissue Grafting: Clinical Application
复合组织、组合组织移植配合补阳还五汤治疗手桡侧毁损
18.
Reaction Synthesis of W_2B_5/C Composites and Their Microstructure and Properties;
W_2B_5/C 复合材料的反应合成与组织性能