Understanding patterns in vision loss is fundamental to shaping effective interventions. Ophthalmic epidemiology and biostatistics provides the tools to analyze disease burden, risk factors, and population trends in ocular health. Large-scale studies such as the Blue Mountains Eye Study and the Beaver Dam Eye Study have informed screening guidelines, resource allocation, and public health policy. Statistical methods enable researchers to evaluate treatment efficacy, monitor adverse events, and assess the impact of interventions across demographics. The rise of big data, AI, and predictive modeling is expanding analytic capabilities in real time. As eye care becomes more data-driven, training in biostatistics and epidemiologic principles is essential for clinicians and researchers. Rigorous methodology ensures that evidence generated is valid, generalizable, and actionable—paving the way for more equitable and effective eye health strategies globally.
Title : Rare and interesting case of Goldenhar’s syndrome in a 3 years old male child
Gowhar Ahmad, Florence Hospital Srinagar, India
Title : Management of common vitreoretinal lesions: An overview and update
Tim Jackson, King’s College London, United Kingdom
Title : Optimizing astigmatism management in refractive cataract surgery
Shadrokh Nabili, University Hospitals of Morecambe Bay NHS Foundation Trust, United Kingdom
Title : Comparative outcomes of a newly modified trabeculectomy versus conventional trabeculectomy
Hyungju Park, Gangnam Tokyo Eye Clinic, Korea, Republic of
Title : Lumevoq gene therapy in leber hereditary optic neuropathy
Magali Taiel, GenSight Biologics, France
Title : Intra orbital wooden foreign bodies: A retrospective study of 30 cases
Chandana Chakraborti, Regional Institute of Ophthalmology, Medical College & Hospital, India