| The influence of using different values as the velocity of transmission of ultrasonic wave through cataractous lenses during a-scan biometry on the postoperative deviation from the desired refraction | YAŞAR KÜÇÜKSÜMER,Şükrü BAYRAKTAR,Akgün SAYAR,Ömer Faruk YILMAZ | 102–106 |
| Applicability of the VF-14 (Visual function-14) in patients with cataract | ÖNDER ÜRETMEN,Sinan EMRE,Cezmi AKKIN,Süheyla KÖSE,Kemal PAMUKÇU | 107–111 |
| The effect of preoperative corticosteroid on prevention of fibrinous reaction in children with traumatic cataract | HİDAYET ERDÖL,Avni Murat AVUNDUK,Fatih DEMİRBAŞ,H. İbrahim İMAMOĞLU,Nurettin AKYOL | 112–115 |
| The effect of viscoelastic substances used in phacoemulsification cataract surgery on intraocular pressure | Cüneyt IŞIK,Sinan TATLIPINAR,Volkan YAYLALI,Davut ÖZBAY,Cem YILDIRIM,Serap ÖZDEN | 116–119 |
| Evaluation of postoperative astigmatism after 5,5 mm temporal and oblique clear corneal incision phacoemulsification | Tamer Takmaz,MEHMET COŞKUN,Serap AKDAĞ,Nihal ONURSEVER,İzzet CAN | 120–125 |
| Vitrectomy and intravitreal phacoemulsification foor dislocated crystalline lens during cataract surgery | Ateş YANYALI,Hayrullah KARAAĞAÇ,Deniz ÖZMEN,Yeşim BAYRAK,Ahmet F. NOHUTÇU | 126–129 |
| Pars plana phacofragmantation for the retained lens fragments from the vitreous | Süleyman KAYNAK,Hakan F. ÖNER,Nilüfer KOÇAK,Güray ÇINGIL | 130–133 |
| Effects of hormone replacement therapy and sex hormones on intraocular pressure | Özlem YENİCE,Ebru TOKER | 134–137 |
| Intraocular pressure changes during pregnancy | Özlem YILDIRIM,Özay ÖZ,M. Atila ARGIN,Özlem PATA,Handan ÇAMDEVİREN | 138–141 |
| Correlation of Heidelberg retinal tomography and scanning laser polarimetry with pattern electroretinography in ocular hypertension | Oya TEKELİ,M. Erol TURAÇLI,Feride ERDOĞAN,Şule ÖZMEN | 142–145 |
| Limbal-corneal blebs and astigmatism following corneal trabeculectomy | AHMET ALPER YARANGÜMELİ,Mehmet Numan ALP,Gürbüz Özle KÖZ,Gülcan KURAL | 146–150 |