Garmany Armin

Garmany Armin, Jamali Dogahe Sepideh, Mousavi Seyedmostafa Sadegh, Kaplan Tyler M, Khanna Cheryl L

This study developed a facial contour-informed 60-4 visual field, showing that incorporating facial shape refines glaucoma assessment metrics. This improves visual field testing accuracy by accounting for anatomical variations.

Dogahe Sepideh J, Garmany Armin, Mousavi Mostafa S, Ashourizadeh Helia, Khanna Cheryl

East Asians showed fewer facial contour-dependent visual field defects and extended peripheral fields compared to Caucasians. This suggests ethnicity-linked anatomy influences visual field testing, requiring race-based interpretation.

Jamali D Sepideh, Garmany Armin, Kaplan Tyler M, Mousavi Mostafa S, Ashourizadeh Helia, Tarakji Zin et al.

This study found 60-4 visual fields detect peripheral glaucoma defects missed by central tests, especially in mild cases, and a CNN-enhanced platform differentiates these from facial contour artifacts, which occur outside the temporal field.

Jamali Dogahe Sepideh, Garmany Armin, Sadegh Mousavi Seyedmostafa, Khanna Cheryl L

An AI platform accurately predicted facial contour-dependent 60-4 visual field defects in healthy eyes, highlighting its potential to clarify facial influence on visual field testing and improve clinical interpretation.

Kung Felix F, Knier Catherine G, Garmany Armin, Mejia Camilo A, Sargent Jason M, Jamali Dogahe Sepideh et al.

This study found that reoperation, corneal grafts, and serious complications after glaucoma drainage device surgery increase beyond 5 years, regardless of glaucoma type, with Ahmed FP7 having higher reoperation rates.

Garmany Armin, Knier Catherine, Kung Felix, Mejia Camilo, Sargent Jason, Jamali Dogahe Sepideh et al.

Adults face a higher risk of needing corneal grafts after glaucoma drainage device implantation compared to children, highlighting an important post-surgical complication.