Demirel Shaban

Yang Hongli, Reynaud Juan, Sharpe Glen P, Jennings Dawn, Albert Cindy, Holthausen Trinity et al.

This study found pixelwise analysis of retinal nerve fiber layer (NFL) and ganglion cell layer (GCL) thickness best detects glaucoma, suggesting combined layer assessment improves diagnostic accuracy.

Hong Seungwoo, Yang Hongli, Gardiner Stuart K, Luo Haomin, Sharpe Glen P, Caprioli Joseph et al.

This study found that optic nerve head remodeling in non-highly myopic eyes correlates with exposed scleral flange and thin choroid, suggesting implications for glaucoma risk, especially in high myopia.

Quach Jack, Sharpe Glen P, Demirel Shaban, Girkin Christopher A, Mardin Christian Y, Scheuerle Alexander F et al.

This study found minimal right-left asymmetry in retinal blood vessels, and this asymmetry doesn't explain the observed differences in retinal nerve fiber layer thickness between eyes.

Lowry Eugene A, Mansberger Steven L, Gardiner Stuart K, Yang Hongli, Sanchez Facundo, Reynaud Juan et al.

This study found optic nerve head prelaminar schisis is more common and severe in glaucoma/suspect eyes, indicating glaucomatous damage and potentially affecting OCT measurement accuracy.

Yang Hongli, Luo Haomin, Hardin Christy, Wang Yaxing, Jeoung Jin Wook, Albert Cindy et al.

This study found that combining topographically aligned OCT rim width and nerve fiber layer measurements accurately detects glaucoma, offering high diagnostic precision for identifying structural damage.

Chauhan Balwantray C, Vianna Jayme R, Sharpe Glen P, Demirel Shaban, Girkin Christopher A, Mardin Christian Y et al.

This study found macular ganglion cell layer (GCL) thinning with age was twice as strongly associated than neuroretinal rim or RNFL loss, suggesting GCL thickness may better track glaucoma progression.

Hong Seungwoo, Yang Hongli, Gardiner Stuart K, Luo Haomin, Hardin Christy, Sharpe Glen P et al.

This study found the optic nerve's narrowest point (NCMCA) is smaller than its openings and correlates best with RNFLT, whose distribution is influenced by neural canal direction, offering insights into glaucoma risk.

Nagarkatti-Gude Nisha, Gardiner Stuart K, Fortune Brad, Demirel Shaban, Mansberger Steven L

OCT RNFL segmentation errors persist over time, yet automated segmentation is more repeatable and better for progression detection than manual refinement, suggesting algorithm improvement potential.

Yang Hongli, Luo Haomin, Gardiner Stuart K, Hardin Christy, Sharpe Glen P, Caprioli Joseph et al.

This study found peripapillary choroidal thickness (PCT) in healthy eyes is thinnest inferior-temporally and decreases with age, axial length, and European descent, with age being the strongest factor, especially in thinner sectors.

Hong Seung Woo, Koenigsman Helen, Yang Hongli, Ren Ruojin, Reynaud Juan, Kinast Robert M et al.

Glaucoma specialists often miss optic nerve rim thinning, particularly in nasal sectors where it's common, highlighting a diagnostic gap between clinical exam and OCT findings.

Fortune Brad, Ma Kelly N, Gardiner Stuart K, Demirel Shaban, Mansberger Steven L

Glaucomatous peripapillary retinoschisis was studied, finding it linked to faster retinal nerve fiber layer thinning and visual field loss, with OCT revealing Müller cell involvement. This suggests PPRS indicates more aggressive glaucoma.

Torres Lucas A, Vianna Jayme R, Jarrar Faisal, Sharpe Glen P, Araie Makoto, Caprioli Joseph et al.

This study found that non-nerve fiber retinal layers (PRL) are common in OCT neuroretinal rim measurements of healthy eyes, especially temporally and with racial differences, impacting glaucoma assessment.

Hong Seung Woo, Koenigsman Helen, Ren Ruojin, Yang Hongli, Gardiner Stuart K, Reynaud Juan et al.

Glaucoma specialists showed frequent, substantial disagreement in marking optic disc features, even for suspicious rim thinning, highlighting the need for more objective assessment methods.

Luo Haomin, Yang Hongli, Gardiner Stuart K, Hardin Christy, Sharpe Glen P, Caprioli Joseph et al.

This study found central lamina cribrosa depth in healthy eyes varies with age, sex, and eye size. African descent eyes had deeper central lamina, but the clinical importance of these small differences is still unknown.

Gardiner Stuart K, Mansberger Steven L, Demirel Shaban

Cluster trend analysis detected confirmed glaucoma progression sooner than global or pointwise methods, offering a more efficient way to identify worsening visual fields.

Gardiner Stuart K, Demirel Shaban

This study found Mean Deviation (MD) detects glaucoma progression significantly sooner than Visual Field Index (VFI) or Pattern Standard Deviation (PSD), especially in early follow-up, making MD a more sensitive clinical indicator.

Takahashi Genichiro, Demirel Shaban, Johnson Chris A

Studying visual field tests, researchers found early, seemingly normal results contain predictive information, offering a potential tool for earlier glaucoma diagnosis despite current sensitivity limitations.

Mansberger Steven L, Menda Shivali A, Fortune Brad A, Gardiner Stuart K, Demirel Shaban

Automated OCT RNFL segmentation often underestimates thickness and overestimates glaucoma classification, especially in thinner RNFLs. Clinicians should manually refine segmentations for accurate glaucoma management.

Alqudah Asem, Mansberger Steven L, Gardiner Stuart K, Demirel Shaban

This study found vision-related quality of life in early glaucoma/suspects is linked to visual field status, visual acuity, age, and sex, affecting distance activities, driving, and color vision.

Gardiner Stuart K, Fortune Brad, Demirel Shaban

This study found localized RNFL thinning rates correlate with visual field loss rates in glaucoma, suggesting OCT can monitor localized changes impacting a patient's vision.

Gardiner Stuart K, Demirel Shaban, Reynaud Juan, Fortune Brad

This study found that combining RNFL thickness and reflectance intensity changes better predicts glaucoma's functional decline than thickness alone, potentially improving structure-function assessment.

Gardiner Stuart K, Swanson William H, Demirel Shaban

This study found that ignoring very low visual field sensitivities (below 15-19 dB) did not hinder detecting glaucoma progression. This suggests perimetry could be simplified, potentially improving testing efficiency.

Gardiner Stuart K, Boey Pui Yi, Yang Hongli, Fortune Brad, Burgoyne Claude F, Demirel Shaban

This study found that RNFLT is better than MRW or MRA for monitoring glaucoma change over time, despite MRW/MRA potentially detecting early damage.

Chauhan Balwantray C, Danthurebandara Vishva M, Sharpe Glen P, Demirel Shaban, Girkin Christopher A, Mardin Christian Y et al.

This study found healthy eyes experience significant age-related decline in BMO-MRW, exceeding RNFLT loss. Clinically, age and sector-specific adjustments are crucial for accurate glaucoma diagnosis.

Gardiner Stuart K, Ren Ruojin, Yang Hongli, Fortune Brad, Burgoyne Claude F, Demirel Shaban

This study found SD-OCT's minimum rim area/width better correlates with retinal nerve fiber layer thickness and visual field loss than older methods, improving glaucoma assessment.