In a normal eye, stem cells in the limbus are like factories, churning out new cells to replace dead corneal cells.
正常眼睛中的异色边缘中的干细胞就象工厂，能够生产出新的细胞来替代死亡的角膜细胞。
Conclusion: Retrograde excision of pterygium combined with autotransplantation of corneal limbus stem cells decreases the rate of recurrence and promotes the effect of cosmetology.
结论：逆行切除翼状胬肉并自体角膜缘干细胞移植术复发率低、美容效果好。
Corneal limbus stem cells are the source of corneal epithelial renewal and they help maintain the integrity of cornea.
角膜缘干细胞是角膜上皮更新的源泉，维持角膜完整性。
If we can change the function of non-corneal bone marrow stem cells by introducing them into human corneas, we can possibly repair the loss of visual sharpness caused by mutations.
如果将非角膜骨髓干细胞引入到人类角膜能够改变它们的功能，我们也许能够修复由于突变造成的视觉敏锐性的丧失。
Fresh lamellar cornea contains health corneal limbus stem cells and epithelial cells, it can repair the trauma corneal surface soon.
新鲜板层角膜含健康的角膜缘干细胞和角膜上皮细胞，可迅速修复损伤的角膜表面。
Objective to investigate the therapeutic effects of autologous corneal limbal stem cells transplantation for treatment of pterygium, to approach the method to reduce postoperative recurrence rate.
目的观察胬肉切除联合角膜缘干细胞移植术治疗翼状胬肉的疗效，探讨降低翼状胬肉术后复发率的方法。
Objective: to investigate the therapeutic effects of autologous corneal limbal stem cells transplantation for treatment of pterygium, to approach the method to reduce postoperative recurrence rate.
观察胬肉切除联合角膜缘干细胞移植术治疗翼状胬肉的疗效，探讨降低翼状胬肉术后复发率的方法。
Conclusion the reconstructed rabbit corneal epithelium hi vitro with a free-feeding layer culture system could be autografted to repair total corneal limbal stem cells deficiency.
结论采用无饲养层细胞培养体系构建自体角膜上皮组织，移植后可以成功修复角膜缘干细胞缺失的角膜上皮。
The proliferation and refreshment of corneal epithelium depends on corneal limbal stem cells. Corneal limbal stem cell deficiency can lead to visual disorder.
角膜上皮的增生与更新依赖于角膜缘干细胞，角膜缘干细胞缺乏可导致视力障碍。
AIM: to observe the clinical curative effect of two different techniques to get autografts on pterygium in corneal limbal stem cells transplantation, and compare it with traditional method.
目的：观察自体角膜缘干细胞移植术中两种不同取材技术对翼状胬肉的临床疗效，并与传统方法进行比较。
Objective to reconstruct rabbit corneal epithelium in vitro with a free-feeding layer culture system and autograft to treat limbal stem cells deficiency.
目的采用无饲养层细胞培养体系构建家兔角膜上皮组织，自体移植后观察其对角膜缘干细胞缺失的治疗效果。
Conclusion the epithelial cells from limbus contained stem cells that can be cultured on the surface of chitosan scaffold, and chitosan scaffold is a suitable corneal vector for tissue engineering.
结论壳聚糖上可成功地对兔角膜缘组织进行原代培养，可用作组织工程角膜的载体材料。
Conclusion the migration of corneal epithelial stem cells in the human fetuses was from the whole layers to basal layer and confined to limbus region finally, and their ultrastructure was immature.
结论胎儿角膜上皮干细胞呈现由全层向基底层，再向缘部逐渐迁移的分布规律，且超微结构较幼稚。
CONCLUSION: The transplantation of cultural homologous genic corneal limbal stem cells can be used as an effective method to treat alkali-burned ocular surface disease.
结论：培养的同基因角膜缘干细胞移植术可作为治疗眼表烧伤、重建眼表的有效方法。
Objective To explore the growth features of corneal epithelial stem cells in vitro.
目的了解角膜上皮干细胞的生长特性。
This is a new clinically approach to treat total corneal limbal stem cells deficiency.
为临床上由于角膜缘干细胞缺失所致的角膜疾患的治疗提供新措施。
Background Corneal renewal and repair are mediated by stem cells of the limbus, the narrow zone between the cornea and the bulbar conjunctiva.
背景角膜再生和修复由角膜缘干细胞介导，角膜缘即角膜和球结膜间的狭窄区。
Background Corneal renewal and repair are mediated by stem cells of the limbus, the narrow zone between the cornea and the bulbar conjunctiva.
背景角膜再生和修复由角膜缘干细胞介导，角膜缘即角膜和球结膜间的狭窄区。
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