Bak Eunoo

Jeong Yoon, Bak Eunoo, Jang Mirinae, Ha Ahnul, Shin Young In, Huh Min Gu et al.

This study found larger optic disc hemorrhages in glaucoma patients correlate with faster visual field progression, highlighting DH size as a key indicator for monitoring disease worsening.

Wy Seoyoung, Lee Yun Jeong, Sun Sukkyu, Bak Eunoo, Kim Young Kook, Park Ki Ho et al.

This study found POAG and PXG exhibit distinct retinal nerve thinning patterns and rates, with PXG progressing faster and more temporally. This helps guide glaucoma monitoring and treatment.

Bak Eunoo, Choi Hyuk Jin

This study found OCT en face RNFL defects correlate more strongly with visual field loss than red-free photography, especially in high myopia, improving glaucoma assessment.

Bak Eunoo, Sun Sukkyu, Wy Seoyoung, Kim Yong Woo, Kim Young Kook, Park Ki Ho et al.

This study found preperimetric glaucoma causes different nerve thinning patterns (inferior for young, superior for old) based on age-of-onset, which can improve diagnosis and monitoring.

Wy Seoyoung, Choe Sooyeon, Lee Yun Jeong, Bak Eunoo, Jang Mirinae, Lee Seung Chan et al.

A model predicting mental health in caregivers of children with glaucoma found that child's surgery number and better-eye vision are key indicators, aiding early identification and support for these vulnerable caregivers.

Bak Eunoo, Kim Young Kook, Ha Ahnul, Han Young Soo, Kim Jin-Soo, Lee Jinho et al.

This study found that primary open-angle glaucoma eyes with visual field defects unmatched in the fellow eye progress faster, highlighting intereye asymmetry as a key risk factor for worsening vision.

Bak Eunoo, Kim Yong Woo, Kim Young Kook, Jeoung Jin Wook, Park Ki Ho

This 10-year study found that progressive glaucoma nerve damage (RNFL defect) is significantly linked to the enlargement of ß-zone parapapillary atrophy, especially its angular extent, aiding prognosis.

Bak Eunoo, Lee Kyoung Min, Kim Martha, Oh Sohee, Kim Seok Hwan

This study found disc-centered retinal nerve fiber layer defects are closer to the fovea in myopic glaucoma, especially with higher myopia, impacting how we interpret defect location.

Chang Jooyoung, Lee Jinho, Ha Ahnul, Han Young Soo, Bak Eunoo, Choi Seulggie et al.

This study showed adversarial examples better explain deep learning glaucoma decisions than conventional methods, increasing clinician trust by clarifying the AI's reasoning for diagnosis.

Bak Eunoo, Lee Won June, Kim Jin-Soo, Lee Jinho, Ha Ahnul, Kim Yong Woo et al.

This study found that glaucoma patients with a laminar dot sign have thinner prelaminar tissue and a significantly higher risk of disease progression, indicating a more vulnerable optic nerve.

Ha Ahnul, Kim Yong Woo, Lee Jinho, Bak Eunoo, Han Young Soo, Kim Young Kook et al.

This study found that primary open-angle glaucoma eyes with more irregular beta-zone parapapillary atrophy margins at baseline had a significantly higher risk of subsequent visual field progression, indicating increased vulnerability.

Ha Ahnul, Kim Young Kook, Lee Jinho, Bak Eunoo, Han Young Soo, Kim Yong Woo et al.

This study found the macular interdigitation zone progressively shrinks with increasing normal-tension glaucoma severity, suggesting outer retinal changes occur during glaucoma progression.

Bak Eunoo, Kim Yong Woo, Ha Ahnul, Kim Young Kook, Park Ki Ho, Jeoung Jin Wook

This study found that young-onset pre-perimetric glaucoma progresses structurally in 39% of untreated cases over 5 years, with specific structural and functional factors predicting progression, highlighting the need for early monitoring.

Bak Eunoo, Ha Ahnul, Kim Yong Woo, Lee Jinho, Han Young Soo, Kim Young Kook et al.

This 10+ year study found ß-zone PPA enlargement is significantly more common and distinct in glaucoma than normal eyes, indicating its utility as a glaucoma progression marker.