1 | Effects of different types of primary pterygium on changes in oculovisual function = Jenis pterigium primari dan kesannya pada perubahan fungsi okulovisual) | 1119 |
2 | Reliability of Pterygium Redness Grading Software (PRGS) in describing different types of primary pterygia based on appearance = Kebolehpercayaan Perisian Penggredan Kemerahan Pterigium (PRGS) dalam mengelaskan pelbagai jenis pterigium berdasarkan perawakan | 976 |
3 | Tear film and lid margin changes in patients with different types of primary pterygium | 929 |
4 | Utilization of anterior segment optical coherence tomography enhanced high resolution corneal in measuring pterygium thickness | 928 |
5 | Corneal curvature measurements utilizing a new swept-source optical coherence tomography Tomey OA-2000® and comparison with IOLMaster® 500 in pterygium patients | 914 |
6 | The measurement of lower tear meniscus height using Anterior segment digital imaging and keratography | 899 |
7 | The comparison of Shape factor and mean toric keratometry between pterygium and normals | 883 |
8 | Corneo-pterygium total area measurements utilising image analysis method | 877 |
9 | The comparison of measuring tear film break-up time using conventional slit lamp biomicroscopy and anterior segment digital imaging | 876 |
10 | Modelling the performance and emission prediction of RB211 aero-gas turbine engine fuelled by Jatropha-based biofuel | 871 |
11 | Measurement of contrast sensitivity using the M&S smart system II compared with the standard Pelli–Robson chart in patients with primary pterygium | 847 |
12 | Repeatability and reproducibility of pterygium thickness measurement using OCT imaging modality of Anterior Segment Optical Coherence Tomography (AS-OCT) | 827 |
13 | Corneo-pterygium total area measurements utilizing image analysis method | 825 |
14 | Measurement of pterygium tissue dry weight using two different tissue preparation techniques in freeze-dry method | 824 |
15 | Comparative analysis of subjective and objective clinical pterygium grading based on its redness appearance | 819 |
16 | Pterygium recurrence and corneal stabilization point after pterygium excision using the controlled partial avulsion fibrin glue technique | 815 |
17 | Comparison of visual acuity and contrast sensitivity between unilateral primary Pterygium and normal adults utilizing computerized M&S smart system II | 808 |
18 | Repeatability and reproducibility of pterygium grading based on clinical translucence appearance | 804 |
19 | Topographic changes as predictor for determining anterior corneal curvature stabilization point subsequent to pterygium excision using controlled partial avulsion fibrin glue technique | 800 |
20 | Reliability analysis of subjectively graded real-image pterygium based on its translucence appearance between two experienced clinicians preliminary report | 799 |
21 | Color vision and the railways: Part 1. The railway LED lantern test | 789 |
22 | Changes in apical corneal curvature in unilateral primary Pterygium and normal adults using simulated-K and corneal irregularity measurement | 769 |
23 | Basic concept in measuring cornea curvature | 723 |
24 | Reliability analysis of subjectively graded real-image pterygium based on its translucence appearance between young and experienced clinicians | 714 |
25 | Conversion table and specification for Contrast Sensitivity (CS) function between Pelli-Robson chart (long unit) and M&S Smart System II (%) | 691 |
26 | Understanding keratometry technology in detail | 686 |
27 | Basic concept in measuring cornea curvature: get the basic rate | 675 |
28 | A prospective contralateral eye comparison of the tolerability of two artificial tears with different physical properties in patients with dry eye disease | 419 |
29 | Immediate effects of artificial tears viscosity and pH on ocular signs and symptoms | 408 |
30 | Validation of IVCM in measuring sub-basal nerve plexus and keratocyte cell density in corneal wound healing | 385 |