In Cons, 6 left eyes were extended to limbal, 2 right eyes were extended to limbal, 4 right eyes formed conjunctiva cyst . There were significant difference between of them.
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.
The rabbit-eye models with limbal stem cell deficiency in the left eyes were made form 30 healthy New Zealand white rabbits by burned the cornea with severe alkali.
Objective: To explore the effects of transplanting limbal stem cells and amnion in the treatment of cure ocular surface diseases.
Methods: limbal stem cell transplantation was performed in 39 cases(48 eyes) with recurrent pterygium. The post-operative follow-up period was 6 to 24 months.
Objective to evaluate the effect of autologous limbal transplantation in the treatment of alkali-burned corneas in rabbits and assess the possible influence of this operation on the donor eye.
Methods 15 eyes in 15 patients who had severe ocular surface disorder were treated with AMT and limbal transplantation (LT).
Objective to reconstruct rabbit corneal epithelium in vitro with a free-feeding layer culture system and autograft to treat limbal stem cells deficiency.
The lack of limbal stem cells results in many abnormalities of ocular surface function.
Methods Human fetal limbal epithelial tissue was cultured in vitro by enzymatic digestion culture method and the morphological characteristics of cultured cells were recorded.
Conclusion the excision of pterygium with limbal stem cell transplantation can decrease the recurrence rate of pterygium.
Conclusion: the method treating the rabbit ocular surface alkali burns with corneal limbal stem cell allograft is an effective therapy.
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.
Objective: to study in vitro cultivated limbal epithelial cells autograft with amniotic membrane grafts for total limbal stem cell deficiency of rabbit eyes.
Objective To evaluate the effect of ocular surface disease treated by limbal transplantation.
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