1. None pterygium was recurrence and no complication happened.

2. Methods Pterygium was treated by amnion transplantation.

3. After the pterygium was excised, the bare sclera was covered by grafting auto conjunctiva.

4. Objective:To study the influence on the recurrence of pterygium treated by limbal stem cells and bulbar conjunctiva autograft transplantation.

5. In pterygium group, the rejection rate was 17. 6% , and no rejection occurred in corneal dermoid tumor group.

6. Objective To study the curative effect of pterygium excision with conjunctival transplantation.

7. Methods The pterygium of 126 cases (126 eyes) was excised under operating microscope and an autograft of conjunctiva was transplanted. The patients were followed-up for 2-36 months.

8. Objective : Pterygium formation is the process of the arising and extending of wing-shaped fold of fibrovascular tissue from the interpalpebral conjunctiva to the cornea.

9. Pterygium is a triangular sheet of fibrovascular tissue that invades the clear cornea from the bulbar conjunctiva, and has a high recurrence rate after simple excision.

10. Objective To discuss the effect of pterygium excision with limbal autografts.

11. Method: Corneal limbal cell autograft transplantation was performed on 31 cases ( 33 eyes ) with recurrent pterygium.

12. AIM : To explore the best method of preventing the initial pterygium recurrence pterygium.

13. As well as the expansion of the bullous keratitis, ocular surface diseases such as pterygium treatment.

14. Methods Limbus cornea autografting were performed on 10 cases ( 10 eyes ) with recurrent pterygium.

15. Conclusion: Autografting of corneal limbus stem cells might be a simple, safe and effective surgery for recurrent pterygium.

16. Conclusion reversectomy combined with AMT is a valuable method for the treatment of pterygium.

17. ResultsBy HE staining, the subepithelial connective tissues and vessels in the pterygium were more prominent than normal conjunctival tissues.

18. Conclusion: Limbal stem cells autograft transplantation is efficient in treating pterygium.

19. Objective To probe the improvement of surgical methods and their effects on pterygium treatment in autografting with corneal limbus stem cells.

20. Objective To explore the clinical effect and operation method of auto-corneal limbus stem cell transplantation combined with MMC in the treatment of recurrent pterygium.

20. Wish you can benefit from our online sentence dictionary and make progress every day!

21. AIM: To observe the clinical effect of biological amnion combined with conjunctival flap with limbus stem cell transplant in the treatment of recurrent pterygium complicated with symblepharon .

22. AIM : To evaluate a technique of limbal reconstruction pterygium through surgery using flaps of adjacent limbal conjunctiva.

23. Objective To explore the effective method of preventing the initial pterygium recurrent after excision of pterygium.

24. OBJECTIVE: To observe the effect of Esculin and Digitalis Glycosides Eye Drops on the proliferation of the fibroblasts of pterygium.

25. CONCLUSION: Head dilaceration combined with amniotic membrane transplantation in the treatment of primary pterygium has quick recovery, low relapse rate and good cosmetic effect.

26. AIM: To investigate the efficiency of limbal conjunctival autografting technique in patients with primary pterygium.

27. Conclusions Conjunctival flap diversion is equivalent to amniotic membrane grafting on palindromic pterygium treatment.

28. Biological amnion combined with conjunctival flap with limbus stem cell transplant in the treatment of recurrent pterygium complicated with symblepharon was an ideal therapeutic method.

29. Results: A 63-year-old male with no underlying autoimmune disorders developed scleritis 7 years after pterygium excision.

30. Objective To evaluate the superiority of conjunctival flap diversion compared with amniotic membrane grafting on palindromic pterygium treatment.

31. Conclusion: Retrograde excision of pterygium combined with autotransplantation of corneal limbus stem cells decreases the rate of recurrence and promotes the effect of cosmetology.

32. Objective:To evaluate the superiority of Autologous superior conjunctival flap diversion compared with amniotic membrane grafting on palindromic pterygium treatment.

33. Conclusion Excision with conjunctival transplantation is useful to reduce the recurrence rate of primary pterygium.

34. Conclusion pterygium combined with fresh amniotic membrane transplantation is the preferred method of treatment of pterygium.

35. Objective To investigate the efficacy of an operation to incipient pterygium.

36. Objective : To explore the effects of amnion transplantation for patients with pterygium.

37. Objective To determine the efficacy of conjunctival rotation autografting(CRA) as an alternative to conventional conjunctival autograft after pterygium excision.

38. Aim To probe the effects of lamellar keratoplasty implantation and epithelium of limbus implantation for pterygium.

39. Conclusion Conjunctival autografting combined with mitomycin C in pterygium excision may decrease the recurrence of pterygium, but may lead to the complications such as corneoscleral melting.

40. Method:Autologous or allosome limbal stem cells and human amnion were used in 48 patients with severe chemical injury, eyeball adhere,[Sentencedict] recurrent pterygium.

41. Objective To research the treatment of pterygium by conjunctival autotransplantation.

42. Conclusions: Haemophilus influenzae is a relatively rare pathogen in infectious scleritis after pterygium excision.

43. Conclusion Mitomycin C plus corneal limbal stem cells autografting and mitomycin C plus transference of pedicled conjunctival flap are two ideal therapeutic methods for recurrent pterygium.

44. Conclusions The homoharringtonine injection of topical pterygium before excision was effective for decreasing recurrent pterygium.

45. The recurrent rate was reduced. Conclusions Limbus epithelial stem cell autografting for treatment of pterygium is effective.

46. Conclusion Expression of SDF-1/CXCR4 increased in pterygium, the SDF-1 secreted by the epithelium may participate in inflammatory cell infiltration and angiopoiesis in pterygium formation.

47. RESULTS: Changes in morphology: Fibroplasia and neovascularization were the main changes in pterygium.

48. We successfully used autogenous periosteum to reinforce scleral defects in 3 patients after a pterygium excision.

49. Methods 36 cases (36 eyes) of symblepharon or pseudo pterygium were treated by pericardium transplantation to reconstruct the ocular surface. The follow up time was 6-18 months (averaged 11 months).

50. After resecting pterygium under operating microscope, limbal epithelial autograft transplantation and conjunctival autograft transplantation were performed on group A and group B, respectively.