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55 results on '"Eye -- Refractive errors -- Surgery"'

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1. Findings from China Medical University Provides New Data on Refractive Errors (Clinical Efficacy of Esculin and Digitalis Glycosides Eye Drops In Visual Acuity Recovery After Femtosecond Laser Surgery)

7. Findings from Department of Refractive Surgery Update Understanding of Refractive Errors (Deep Transfer Learning for Ethnically Distinct Populations: Prediction of Refractive Error Using Optical Coherence Tomography)

9. Commentary: Reliability of different biometric measurements in implantable collamer lense procedure

10. Benefits of topography-guided treatments for irregular corneas: Procedure can improve best-corrected visual acuity, enhancing quality of life for patients

11. Pearls For Successful EVO ICL Management

12. A New Refractive Surgery Option: EVO ICL[TM]

13. EVO ICL Outcomes: What To Expect For Your Patients

15. Refractive surgery in retrospect

17. Tipping points: topography-guided ablation reshaping refractive surgery

19. In pursuit of emmetropia: choosing from the refractive surgery menu

22. Emerging lens removal and implant technologies

23. Investigators from Shanghai Jiao Tong University Have Reported New Data on Refractive Errors (Implantable Collamer Lens With a Central Hole for Residual Refractive Error Correction After Corneal Refractive Surgery)

25. New formula allows, simplifies pseudophakic IOL power calculation

27. Intraocular lens exchange through a 3.2-mm corneal incision for opacified intraocular lenses

29. Striving for better optical quality after refractive surgery

31. Blade choice can affect flap thickness but quality is constant: while high-quality flaps can be achieved, surgeons should be aware of varying outcomes. (Flap outcomes)

32. Refractive surgery reaches new heights through innovation

33. Options for K do not compute: correct IOL power may be difficult to calculate with current methods after refractive surgery. (Need for accuracy)

34. Hyperopia correction research occurring on numerous fronts: Anatomic differences make some approaches preferable to others, but options are increasing. (Advances)

35. Assessing quality of vision critical to refractive outcome: most cases of vision quality loss linked to optical aberrations, specifically higher-order aberrations. (Patient satisfaction)

37. Proceed with caution since pediatric refractive surgery is in its infancy: despite parental pressure, surgeons need to assess each individual case carefully. (Entering a new arena)

38. Surgical technique influences refractive outcomes, stability: a continuous curvilinear capsulorhexis should be round, centered, and smaller than the IOL optic. (IOL implantation)

39. Recent advances in ophthalmology

42. Optimization of the tear film and macula prior to cataract and refractive surgery

43. Manage allergy symptoms to improve refractive outcomes: patients with atopy should be treated with topical agents to avoid risks such as DLK

45. Medical errors in refractive surgery can be eliminated

46. Military review supports laser surgery safety

49. Postrefractive IOL power calculation still a challenge

50. Self-assessment a good metric for measuring IOL success: patient-reported outcomes highlight issues of postoperative function, spectacle independence

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