Newer 4 th generation IOL formulas have improved the refractive outcomes of cataract
surgery in eyes with short AL. There are multiple evolving surgical strategies for optimizing …

Purpose To evaluate the visual outcomes and perioperative complications for cataract
surgery in eyes with axial length (AL)> 33.0 mm. Design Prospective clinical cohort study …

We thank Cione et al. for their comments on our manuscript. 1 We appreciate them informing
us of their corrected axial length (AL) formula, which was previously unknown to us. We …

The surgical management of cataract in the small eye presents the ophthalmic surgeon with
numerous challenges. An understanding of the anatomic classification in addition to a …

Results This dataset comprised 439 eyes: 200 eyes from the original Wang/Koch adjustment
formula study and an additional 239 eyes with ALs greater than 25.0 mm that had …

Purpose To report the refractive outcomes of long (≥ 25.00 mm) and short (≤ 22.00 mm)
axial length (AL) eyes undergoing immediately sequential bilateral cataract surgery (ISBCS) …

We read with great interest the article by Kenny et al. concerning intraocular lens (IOL)
power calculation in short eyes. 1 In this article, 15 IOL power calculation formulas were …

RESULTS Dataset 1 Dataset 1 comprised 131 eyes. The mean age of the patients was 67
years G 10 (SD)(range 44 to 93 years), and the mean AL was 26.52 G 1.61 mm (range 25.01 …

PURPOSE: The purpose of this study was to report the clinical and refractive outcomes of
eyes with long axial length (AL) and high myopia that underwent cataract surgery and …

Purpose To analyze the impact of axial length (AL) on the visual outcome and rate of
perioperative complications in phacoemulsification surgery. Design Retrospective clinical …