Durbin Mary

Hood Donald C, Durbin Mary, Lee Chris, Guzman Anya, Gebhardt Tayna, Wang Yujia et al.

Larger real-world OCT reference databases improve glaucoma flagging accuracy by reducing random error, leading to different classifications for glaucoma eyes. This enhances precision in glaucoma diagnosis and monitoring.

Hood Donald C, La Bruna Sol, Durbin Mary, Lee Chris, Guzman Anya, Gebhardt Tayna et al.

A new OCT metric, based on glaucoma damage patterns, significantly outperformed existing methods in detecting glaucoma, potentially improving early diagnosis and referrals from primary care.

Hood Donald C, Durbin Mary, La Bruna Sol, Lee Chris, Hsiao Yi Sing, El-Nimri Nevin W et al.

This study compared a large optometry-derived healthy eye OCT database to a commercial one, finding similar characteristics but the larger database offers more precise healthy ranges, improving glaucoma diagnosis accuracy.

Hood Donald C, La Bruna Sol, Durbin Mary, Lee Chris, Hsiao Yi S, De Moraes Carlos G et al.

This study found four anatomical features, beyond age/disc area, significantly influence healthy OCT cpRNFL thickness. Considering these improves diagnostic accuracy for glaucoma.

Johnson Catherine, Sayed Ahmed, McSoley John, Durbin Mary, Kashem Rashed, Nicklin Alexandra et al.

This study found a novel wearable headset visual field test correlated excellently with standard perimetry for measuring glaucoma progression, offering a portable, potentially accessible alternative for monitoring.

Lee Jae Chang, Grisafe Dominic J, Burkemper Bruce, Chang Brenda R, Zhou Xiao, Chu Zhongdi et al.

This study found peripapillary OCTA vessel parameters are more repeatable within a session than between sessions, with commercial software showing better agreement, impacting glaucoma monitoring reliability.

Kupersmith Mark J, Garvin Mona K, Wang Jui-Kai, Durbin Mary, Kardon Randy

This study found macular GCL+IPL thinning occurs within 1-2 months in acute NAION, earlier than RNFL thinning. This makes GCL+IPL a better early biomarker for neuronal damage in NAION.

Kupersmith Mark J, Anderson Susan, Durbin Mary, Kardon Randy

In acute NAION, scanning laser polarimetry (SLP) accurately predicted permanent visual field loss, unlike OCT which showed RNFL thickening. SLP can thus be an early marker for axonal injury and treatment response.

Takayama Kohei, Hangai Masanori, Durbin Mary, Nakano Noriko, Morooka Satoshi, Akagi Tadamichi et al.

This study found that a new OCT method measuring minimum ganglion cell thickness on spokes better detected early glaucoma than average thickness, offering a promising tool for earlier diagnosis.

Kupersmith Mark J, Kardon Randy, Durbin Mary, Horne Melissa, Shulman Julia

SLP, unlike OCT, revealed axonal injury (reduced retardance) in optic nerve head swelling, especially in NAION, correlating with irreversible visual field loss.

Kupersmith Mark J, Sibony Patrick, Mandel Gary, Durbin Mary, Kardon Randy H

This study found that papilledema, unlike other optic disc swellings, causes inward deflection of the peripapillary RPE/BM, likely due to elevated intracranial pressure, which resolves with treatment.