Retrospective Study 7 Years For Lamellar Keratoplasty In Children In King Saudia Arabia
Published 2026 - 44th Congress of the ESCRS
Reference: POCOR147 | Type: Poster | DOI: 10.82333/qmss-c583
Authors: Prof. Dr Mohamed Mostafa Diab* 1 , Ms NAJAH ALSHARANI 1 , Ms AMAL HUMIDAN 1 , Ms MARWAA ABDALLA 1
1OPHTHALMOLGY ,PRINCE SULTAM MILITRY MEDICAL CITY ,RIYADH,Saudi Arabia
Purpose
lamellar Keratoplasty (LKP) in the pediatric population is a high-risk surgical procedure, performed less frequently than in the adult population, with rates of one per 19,000 live births in the king Sudia Arabia. The primary outcome of this study was to describe the visual outcome of LKP in a pediatric population in king Sudia Arabia
Setting
PRINCE SULTAM MEDICAL MILTARY CITY, RIYADH, Saudi Arabia
Methods
Retrospective descriptive study carried out in patients under 12 years of age undergoing Lamellar corneal transplantation from 2018 to 2025 at Price Sultan Military Medical City Riyadh Saudia Arabia, through the review of operative records and files. Visual acuity (VA) was recorded using Allen and Snellen charts. The study was approved by the hospital review committee and adhered to the declaration of Helsinki.
Results
19 eyes were studied. 18 corresponded to males; 14 belonged to school-age group, followed by 8 infants and 1 preschooler-age, with improvement of VA in 78.6%, 57% and 100% respectively. Non-traumatic acquired opacity was the most frequent cause (15/23), with improvement of VA in 75%, compared to congenital opacities (4/23) where 50% improved and the rest remained the same and in opacities secondary to trauma (4/23) where 100% remained with the same VA. The rejection rate was 8.6%(2/23), with a complication rate of 21.7%(5/23), where the half presented corneal button ulcer.
Conclusions
The best VA outcomes correspond to acquired causes of non-traumatic origin and in the preschooler-age, with a very low rejection rate. Lamellar keratoplasty is safer alternative to penetrating keratoplasty with offer lower risk of graft rejection faster visual rehabilitation and improved management of corneal opacities