All Stories

  1. Exploring Eye Pain: A New Study Sheds Light
  2. AI and eye diseases
  3. Blood and pain treatment
  4. New Ways to Look Inside Eyes: Making It Easier for Doctors-in-Training
  5. A Strange Eye Problem After COVID-19: A Doctor's Case Study
  6. The bugs on the eye may have something to do with dry eye
  7. Super-Powered Microscopes: A New Way to Look at Eyes
  8. Eye Protein Detective: Uncovering Clues to Eye Surface Problems
  9. Spit to See: Using Saliva Glands to Treat Severe Dry Eyes
  10. Body's Peacekeepers: How Special Cells Could Help Arthritis
  11. Eye Nerve Tangles: A New Way to Spot Eye Problems
  12. Dry Eyes: More Than Meets the Eye
  13. Baby Cord Plasma: A New Hope for Stubborn Dry Eyes
  14. Electrotherapy in treating Asian severe dry eye disease
  15. Eye Surface Troubles: How Your Environment Affects Your Eyes
  16. Making animals allergic to help us
  17. A molecule plays an important role in myopia development
  18. How to treat a defect on the cornea?
  19. Novel therapeutics for dry eye disease
  20. A critical molecule helps to maintain health of the eye surface
  21. Using a powerful microscope to visualise eye surface
  22. Fish Oil and Eye Health: Why It Works for Some, Not Others
  23. Treatment of Dry Eye Disease in Asia
  24. Fish Oil Eye Drops: A New Way to Tackle Dry Eyes?
  25. Dry Eyes: More Than Just an Eye Problem
  26. Green Eye Care: Making Dry Eye Treatment Eco-Friendly
  27. Diabetes and Your Eyes: More Than Just Retina Problems
  28. A new form of microscopy
  29. Protein Detectives: A New Way to Spot Dry Eyes
  30. A Tricky Case of Scarred Eyes: Solving an Eye Mystery
  31. Finding Dry Eyes: The Search for a Simple Test
  32. How global tear proteins change after treatment of dry eye
  33. Microbiome in the gut and eye diseases
  34. Collagen crosslinking can prevent later angiogenesis and lymphangiogenesis
  35. Anterior segment imaging (Optical coherence tomography) can visualise new vessels in chemical injury
  36. Refractive procedures SMILE and LASIK affect tear proteins and corneal nerves differently
  37. How tear lipid mediators change after eyelid warming?
  38. Natural products can be used to reduce fibrosis in the ocular surface
  39. Currently literature: how does COVID19 affects the eye
  40. A fast and convenient test for dry eye that can be used in developing countries
  41. How to implement telemedicine for dry eye
  42. Changes in inflammatory lipid mediators after glaucoma surgery
  43. What contributes to severity of dry eye symptoms?
  44. How to collect tears and measure the level of lipid mediators
  45. Dry eye classification proposed by Asia Dry Eye Society
  46. Dry eye epidemiology in factory workings in Bangladesh
  47. Imaging techniques for dry eye
  48. Changes in tear lipid thickness after application of lipid containing eyedrops
  49. New method of measuring cytokines in Sjogren's
  50. Effect of COVID-19 on the ocular surface
  51. Effects of HIV on ocular surface
  52. Two commercially available cyclosporin eyedrops for dry eye
  53. Thermography for detecting dry eye
  54. Treatment of dry eye in clinic reduces central staining over time
  55. Treatments available for MGD
  56. How to study wound healing in the cornea?
  57. Spatial analysis of non invasive break up
  58. Sleep and dry eye in population based study
  59. Healthcare for common eyelid disease
  60. Glaucoma formulations and effect on cultured cells
  61. Ways to reduce corneal scarring
  62. Tear biomarkers and dry eye
  63. Impression cytology technique in ocular surface
  64. Tear proteins in thyroid disease
  65. Alteration of ocular surface gene expression after glaucoma surgery
  66. Tear cytokines in the general adult population
  67. Topical allergies and blockage of eyelid margin oil glands and lactoferrin
  68. Computer-aided diagnosis of glaucoma using fundus images: A review
  69. Slow release preparation of a drug targeting KCa channels
  70. Atropine absorption in eye tissue
  71. How TG2 protein is inolved in adherence of cells
  72. Acupuncture reduces dry eye symptoms and tear TNFa
  73. Pollution and dry eye
  74. long intergenic non coding RNA and pterygium
  75. Tear Levels of 8-hydroxy-2′-deoxyguanosine
  76. Meibomian gland dysfunction and blepharokeratoconjunctivitis: spectrum of one disease?
  77. Impression membrane to harvest conjunctival epithelial cells
  78. Diabetes and tear stability
  79. Portable Tearscope applications in dry eye
  80. Patient concerns about dry eye
  81. How satisfied are people using these special wipes for the eyelid?
  82. Manage the ocular surface before cataract surgery
  83. Modalities of treating Sjogren's syndrome dry eye
  84. Lipid containing products in dry eye
  85. Multiplex tear cytokine assays
  86. Tear meniscus parameters in a population based study
  87. How long does Zika virus remain in the eye after conjunctival infection?
  88. Oxidative stress is an important disease mediating process in dry eye
  89. Review of hyaluronate in dry eye
  90. Antigens in Sjogren syndrome
  91. Impact of ophthalmic treatments on dry eye syndrome
  92. Toll like receptor signaling in ocular surface
  93. A method of obtaining cells from the eye for further analysis
  94. Consensus report: how to diagnose dry eye
  95. A rat model of autoimmune dry eye has been developed.
  96. People who are diagnosed with glaucoma tend to develop dry eye and need lubricants over time.
  97. lipids in tear
  98. Interleukin 17F in the ocular surface
  99. Incidence of dry eye symptoms in Singapore
  100. Blocking the lacrimal punctum and tear proteins
  101. Dataset of longitudinal analysis of tear cytokine levels, CD4, CD8 counts and HIV viral load in dry eye patients with HIV infection
  102. Recirculating and memory T lymphocytes in human conjunctiva
  103. Can zika virus cause problems in the eye?
  104. Diabetes and the ocular surface
  105. Dataset of tear film cytokine levels in dry eye disease (DED) patients with and without HIV infection
  106. Integrative care in dry eye
  107. Global analysis of secreted proteins in pterygium
  108. Animal models to study meibomian gland dysfunction
  109. Two methods of measuring tear stability without fluorescein dyes
  110. Lipids in dry eye and diseases of the eye surface.
  111. Tear evaporation after eyelid warming
  112. How wearing contact lens affect dry eyes.
  113. Trial of three weeks of silicon punctal plugs in dry eye
  114. Efficiency of thermal pulsation in reducing dry eye
  115. Oil containing eyedrops
  116. Imaging in diabetic maculopathy
  117. Imaging and age-related macular disease
  118. Tear meniscus measurements
  119. Dry eye and depression
  120. Automatic screening for diabetic retinopathy using color fundal pictures
  121. Image analysis in age-related macular degeneration
  122. Heat signatures and dry eye
  123. mir215 in fibrosis and pterygium
  124. Immunology of viral infections in the eye
  125. Automated diagnosis of seizures
  126. Repeatability of tear lipid thickness measurements
  127. Automatic analysis of diabetic maculopathy
  128. Ocular Surface Barrier Function
  129. More to Stable Tears Than Thickness of the Tear Film Lipid Layer
  130. A new method to assess tear proteins with mass spectrometry
  131. A new eyedrop acting on the mucous layer of the eye
  132. Ocular surface disease induced by trabeculectomy
  133. Cell morphology software in flow cytometry
  134. Dry Eye Management : What is next?
  135. Predicting response to lid warming treatment in dry eye with thermography
  136. Consultation frequency in dry eye clinic
  137. Retinal image analysis in age related macular degeneration
  138. Automated diagnosis of atrial arrhythmia
  139. Managing Meibomian Gland Dysfunction (MGD) : 3 Techniques
  140. punctal occlusion in dry eye
  141. Screening for age related macular degeneration using retinal features
  142. can lipids in the tears change after lid warming therapy?
  143. Commercial moisture retention eye wear on dry eye
  144. Rho proteins and NFkB
  145. The eye in rheumatoid arthritis
  146. How LASIK affect tear proteins
  147. Genomics meet proteomics in pterygium
  148. Invivo confocal microscopy for the eye
  149. OCT in anterior eye diseases
  150. Tear Collection in Healthcare
  151. In vivo confocal microscopy in the eye
  152. S100 proteins in ocular surface and tear
  153. Corneal staining in dry eye
  154. Assess patients for refractive surgery
  155. Lipid structural changes in dry eye
  156. Different ways to collect human tear for lipid analysis
  157. Relationship between conjuntivochalasis and pterygium
  158. Primary and immortalised fibroblasts
  159. G proteins on the surface of the eye
  160. Analysis of meibography images
  161. EEG and seizures
  162. Transglutaminase 2 in cell adhesion
  163. Wax esters in tears and meibum
  164. Tear function in glaucoma patients
  165. German version of the BMJ article
  166. Transglutaminase 2 in cell adhesion and migration
  167. Autologous plasma in dry eye treatment
  168. Thermography, Evaporimetry and Dry eye
  169. Post LASIK with two different lasers
  170. EEG and epilepsy
  171. Dry Eye
  172. Lipid-containing Lubricants
  173. Dry Eye Lubricants
  174. Systane ultra and refresh in dry eye
  175. Epidemiology of meibomian gland dysfunction
  176. ocular surface terms and terminology
  177. phospholipase D in the eye
  178. Dry eye in systemic and ocular conditions
  179. Deep learning in meibography
  180. NFkB in the ocular surface
  181. TGFBI
  182. Cost of Dry Eye Treatment
  183. Tear enzymes and tear production
  184. Treatment of dry eye by general health workers
  185. SPARC and MMP in pterygium disease
  186. acupuncture and dry eye
  187. Daily activities Dry eye
  188. Traditional Chinese Medicine (TCM) in dry eye treatment
  189. Letter on the issue to antibody arrays
  190. Lipids in dry eye
  191. Medication affecting Dry Eye
  192. Optic disc changes in myopia
  193. How glaucoma medications affect the tear proteins
  194. acupuncture and dry eye
  195. Transglutaminase-2 fibroblasts in sclera of the eye
  196. Heidelberg retinal tomography for optic disc assessment compared to optic disc photography
  197. Epidemiology of meibomian gland dysfunction
  198. Centricollation in biological science
  199. Correction: Aberrant DNA Methylation of Matrix Remodeling and Cell Adhesion Related Genes in Pterygium
  200. DNA methylation in pterygium
  201. NFKB in pterygium
  202. transglutaminase-2 hyperosmolarity and cell death
  203. Tear proteins and meibomian gland dysfunction
  204. Meibomian gland dysfunction Marx's line
  205. Using images to detect pathological myopia
  206. Daily activities and dry eye
  207. Diet and myopia
  208. atropine and myopia
  209. pathological myopia
  210. pathological myopia
  211. The length and curvature of the eye in Singapore Malays
  212. How common is pterygium in the population?
  213. Comparison of two artificial tear formulations using aberrometry
  214. Author reply
  215. Proteomics in dry eye
  216. Comment on “The Bacterial Fermentation Product Butyrate Influences Epithelial Signaling via Reactive Oxygen Species-Mediated Changes in Cullin-1 Neddylation”: FIGURE 1.
  217. Automatic detection of pathological myopia using variational level set
  218. How common are refractive errors?
  219. Conjunctival cell lines
  220. Gene expression in pterygium
  221. Atropine for treatment of myopia
  222. Outdoor activity is associated with less myopia in children
  223. aspirin and dry eye
  224. Epidemiology study of dry eye symptoms in Singapore
  225. Erratum
  226. Cornea biomechanical characteristics measured using the Ocular Response Analyzer in Singapore children
  227. Cornea Biomechanical Characteristics and Their Correlates with Refractive Error in Singaporean Children
  228. Corneal biomechanics, thickness and optic disc morphology in children with optic disc tilt
  229. Cost burden of myopia
  230. Red green color blindness in children
  231. Phospholipase D in pterygium
  232. Author reply
  233. How living cells of the eye respond to increased osmolarity
  234. Heidelberg Retinal Tomography of Optic Disc and Nerve Fiber Layer in Singapore Children: Variations with Disc Tilt and Refractive Error
  235. Relationship of Retinal Vascular Caliber with Optic Disc Diameter in Children
  236. Atropine for treatment of myopia
  237. Transglutaminase is involved with ultraviolet light response
  238. Longitudinal Study of Anisometropia in Singaporean School Children
  239. Cornified envelop proteins in ocular surface
  240. ocular surface stress induces dry eye
  241. cataract epidemiology in Indonesia
  242. The Spin Test in Latent Nystagmus
  243. incidence rates of myopia in Singapore
  244. Incidence and Progression of Astigmatism in Singaporean Children
  245. Corneal Thickness Determination and Correlates in Singaporean Schoolchildren
  246. gonococcal keratits and deep anterior lamellar keratoplasty
  247. Relationship between visual acuity and refractive error in children
  248. Optic disc changes in myopia
  249. The relation between birth size and the results of refractive error and biometry measurements in children
  250. anisometropia prevalence in children
  251. age related macular degeneration
  252. 360 degree giant retinal tear as a result of presumed non-accidental injury
  253. A new type of tonometry: blood flow pneumotonometry
  254. Scheimpflug and A scan ultrasonography
  255. Can a cilio-retinal artery influence diabetic retinopathy?
  256. Comments on myopia in secondary school students in Tanzania
  257. Eye examination on its sensitivity and specificity among school children
  258. Prevalence of astigmatism in children
  259. aberrations and refractive error
  260. optical components of myopia
  261. prevalence of astigmatism in children
  262. color vision and diabetic macular edema
  263. TTT and CNV
  264. Association of macular involvement with proliferative retinopathy in Type 2 diabetes
  265. Detection of diabetic macular edema using the HRT
  266. Letter
  267. Improvement of reproducibility of macular volume measurements using the Heidelberg retinal tomograph
  268. Epidermolysis bullosa ocular features
  269. Cataracts HIV and CMV
  270. Dry eye syndrome
  271. Dry eye
  272. Dry eye