Won Hun Jae

Jo Youn Hye, Shin Joong Won, Song Min Kyung, Won Hun Jae, Kook Michael S

This study found that baseline choroidal microvasculature dropout (CMvD) independently predicts faster visual field progression in open-angle glaucoma, especially centrally. This highlights CMvD's clinical utility for identifying high-risk patients.

Shin Joong Won, Song Min Kyung, Won Hun Jae, Jo Younhye, Kook Michael S

This study compared visual field tests in glaucoma, finding Compass microperimetry showed a stronger structure-function relationship than Humphrey Field Analyzer in myopic eyes, which is clinically relevant for diagnosis.

Won Hun Jae, Sung Kyung Rim, Shin Joong Won, Jo Youn Hye, Song Min Kyung

This study found pseudoexfoliation glaucoma eyes have more steeply curved lamina cribrosa than primary open-angle glaucoma eyes, even with similar disease severity, suggesting distinct structural changes.

Song Min Kyung, Shin Joong Won, Jo Younhye, Won Hun Jae, Kook Michael S

This study found peripapillary vessel density (pVD) doesn't have a "tipping point" for visual field loss in glaucoma. This suggests a strong, linear pVD-VF correlation, potentially useful for early detection and monitoring.

Song Min Kyung, Sung Kyung Rim, Shin Joong Won, Jo Youn Hye, Won Hun Jae

Despite IOP control after lens extraction, many primary angle closure glaucoma eyes still progressed. This suggests earlier intervention might be crucial to prevent glaucoma worsening.

Jo Youn Hye, Shin Joong Won, Song Min Kyung, Won Hun Jae, Kook Michael S

This study found glaucoma eyes with choroidal microvasculature dropout (MvD) also have widespread choroidal vessel loss around the optic nerve, indicating MvD signals broader vascular insufficiency.

Jeong Daun, Won Hun Jae, Jo Youn Hye, Song Min Kyung, Shin Joong Won, Kook Michael S

Macular vessel density, ganglion cell layer thickness, and central visual field sensitivity independently predict foveal threshold in glaucoma, aiding early detection and monitoring.

Won Hun Jae, Sung Kyung Rim

This study found 31.1% of Ahmed valve patients experienced a hypertensive phase, with higher preoperative IOP increasing risk and reducing complete surgical success.