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WPRIM Management System>
DCMS
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Chinese Journal of Experimental Ophthalmology
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2020
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38
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12
Volume:
38
Issue:
12
1. Protective effect and mechanism of esculetin on oxidative damaged ARPE-19 cells
Page:1025—1031
2. Anti-apoptosis and anti-inflammation effects and mechanism of berberine on high-concentration glucose induced rat retinal Müller cells
Page:1016—1024
3. Ocular pharmacokinetics of topical administration of butenafine nanomicelles in rabbit eyes
Page:1038—1044
4. Influence of benzalkonium chloride in anti-glaucoma medications on intraocular pressure and ocular surface: a Meta-analysis
Page:1045—1051
5. Application of network pharmacology in ophthalmology
Page:1083—1086
6. Promoting the research and development of drug for cataract and reducing the blindness rate of cataract
Page:1001—1003
7. Advances of ocular surface drug delivery system
Page:1091—1096
8. Mechanism and clinical application of diquaphosol sodium ophthalmic solution in dry eye patients
Page:1087—1090
9. Ocular pharmacokinetics of econazole solid lipid nanoparticle eye drops after single dose topical administration in rabbits
Page:1032—1037
10. Effects of recombinant human epidermal growth factor on epithelial recovery and tear film stability after enhanced transepithelial corneal crosslinking
Page:1052—1059
11. Difference and consistency analysis of the parameters for intraocular lens calculation measured by Pentacam AXL and Lenstar LS900
Page:1066—1070
12. A randomized controlled clinical study on amniotic stent and silicone tube implantation through nasolacrimal duct for the treatment of lacrimal duct obstruction disease
Page:1061—1065
13. Status of refractive development and its influencing factors among 6-12 years old children in the downtown of Zhenjiang city
Page:1071—1077
14. Network pharmacology analysis of metformin against diabetic retinopathy
Page:1011—1015
15. Interpretation of Optometric Clinical Practice Guideline Care of the Patient with Learning Related Vision Problems
Page:1078—1082
16. Preparation and drug release effect evaluation of drug-loaded cross-linked decellularized corneal stromal lenticules in vitro
Page:1004—1010