Ghassabi Zeinab

Alexopoulos Palaiologos, Fernandes Arthur G, Ghassabi Zeinab, Zambrano Ronald, Vellappally Anse, Shemuelian Eitan et al.

This NHP study found that eyes with thinner RNFL, a glaucoma sign, had significantly smaller lamina cribrosa pores and larger beam-to-pore ratios, indicating structural changes linked to nerve damage.

Khreish Maroun, Schuman Joel S, Lee TingFang, Ghassabi Zeinab, Zambrano Ronald, Hu Jiyuan et al.

OCT-measured peripapillary atrophy area changes indicate glaucoma progression in structure (GCIPL) and function (visual field), offering a new monitoring tool.

Alexopoulos Palaiologos, Glidai Yoav, Ghassabi Zeinab, Wang Bo, Tayebi Behnam, Vellappally Anse et al.

This study found that lamina cribrosa pore tortuosity, a glaucoma risk factor, varies greatly between eyes at baseline and in response to acute intraocular or intracranial pressure changes.

Ghassabi Zeinab, Kuranov Roman V, Schuman Joel S, Zambrano Ronald, Wu Mengfei, Liu Mengling et al.

Vis-OCT detected that the middle IPL sublayer primarily thins in glaucoma, offering a repeatable method to quantify these sublayers, potentially aiding early disease detection.

Ghassabi Zeinab, Nguyen Andrew H, Amini Navid, Henry Sharon, Caprioli Joseph, Nouri-Mahdavi Kouros

This study found the fovea-Bruch's membrane opening (FoBMO) angle influences macular nerve layer thickness asymmetry near the temporal raphe. Clinically, SD-OCT diagnostic algorithms should adjust for this angle.