Kamalipour Alireza

Kamalipour Alireza, Moghimi Sasan, Khosravi Pooya, Tansuebchueasai Natchada, Camp Andrew Steven, Vasile Cristiana et al.

ROTA revealed widespread RNFL bundle defects in glaucoma, especially papillomacular and papillofoveal bundles. Their presence significantly predicts central visual field loss, even in early disease.

Wu Jo-Hsuan, Moghimi Sasan, Nishida Takashi, Adelpour Mohsen, Kamalipour Alireza, Gunasegaran Gopikasree et al.

This study found optic nerve head microvasculature loss occurs earlier and correlates better with visual field damage than macular loss in glaucoma, suggesting OCTA can monitor early disease.

Mohammadzadeh Vahid, Liang Youwei, Moghimi Sasan, Xie Pengtao, Nishida Takashi, Mahmoudinezhad Golnoush et al.

A deep learning model effectively detected glaucoma progression using longitudinal macular OCTA images, outperforming traditional methods. This could enhance early clinical detection and management.

Nishida Takashi, Moghimi Sasan, Walker Evan, Gunasegaran Gopikasree, Wu Jo-Hsuan, Kamalipour Alireza et al.

This study found that increasing foveal avascular zone (FAZ) area in glaucoma patients is weakly associated with faster retinal nerve fiber layer thinning and visual field loss, suggesting a potential progression marker.

Tansuebchueasai Natchada, Nishida Takashi, Moghimi Sasan, Wu Jo-Hsuan, Mahmoudinezhad Golnoush, Gunasegaran Gopikasree et al.

Rapid initial optic nerve head capillary density loss (OCTA) was linked to faster visual field progression and doubled progression risk, suggesting OCTA aids early glaucoma risk assessment.

Kamalipour Alireza, Moghimi Sasan, Khosravi Pooya, Tansuebchueasai Natchada, Vasile Cristiana, Adelpour Mohsen et al.

This study found papillomacular and papillofoveal retinal nerve fiber layer defects are common in glaucoma and strongly predict central visual field loss detected by 10-2 testing.

Mahmoudinezhad Golnoush, Moghimi Sasan, Nishida Takashi, Micheletti Eleonora, Du Kelvin H, Mohammadzadeh Vahid et al.

This study found higher IOP and its fluctuation accelerate macular vessel density and ganglion cell loss in glaucoma patients, even at lower pressures, highlighting IOP control's importance for preserving vision.

Wu Jo-Hsuan, Moghimi Sasan, Nishida Takashi, Walker Evan, Kamalipour Alireza, Li Elizabeth et al.

This study found macular OCT parameters (especially GCC) are highly stable long-term, with OCTA and VF slightly more variable. Small changes indicate progression, supporting these tools for glaucoma monitoring.

Wu Jo-Hsuan, Moghimi Sasan, Nishida Takashi, Kamalipour Alireza, Liebmann Jeffrey M, Fazio Massimo et al.

This study found that faster worsening of central 10-2 visual fields predicts future visual acuity loss in mild-to-moderate glaucoma, highlighting its importance for monitoring impending vision impairment.

Moghimi Sasan, Kamalipour Alireza, Nishida Takashi, Zangwill Linda, Fazio Massimo, Girkin Christopher A et al.

This study found that worse baseline visual field damage and faster progression, particularly in the better eye, strongly predict poorer long-term quality of life in glaucoma patients, aiding prognosis.

Mohammadzadeh Vahid, Moghimi Sasan, Nishida Takashi, Walker Evan, Kamalipour Alireza, Micheletti Eleonora et al.

This study found faster GCIPL/cpRNFL thinning rates predict higher glaucoma development risk in suspects, making these rates valuable for monitoring disease progression.

Mahmoudinezhad Golnoush, Moghimi Sasan, Nishida Takashi, Latif Kareem, Yamane Maya, Micheletti Eleonora et al.

Rapid GCC thinning predicts faster central visual field loss in glaucoma, suggesting early OCT helps identify high-risk patients for intensified treatment.

Nishida Takashi, Moghimi Sasan, Yamane Maya L M, Wu Jo-Hsuan, Mohammadzadeh Vahid, Kamalipour Alireza et al.

This study found perimetric and preperimetric glaucoma patients have worse VRQOL than healthy individuals, with central visual field loss, not GCC thickness, being more strongly associated.

Kamalipour Alireza, Moghimi Sasan, Khosravi Pooya, Jazayeri Mohammad Sadegh, Nishida Takashi, Mahmoudinezhad Golnoush et al.

Deep learning accurately estimated central visual fields from OCT RNFL data, outperforming traditional methods. This could help personalize glaucoma monitoring and resource allocation for central vision loss.

Kamalipour Alireza, Moghimi Sasan, Khosravi Pooya, Mohammadzadeh Vahid, Nishida Takashi, Micheletti Eleonora et al.

Machine learning combining longitudinal OCT and OCTA data best detected glaucoma visual field progression, showing OCTA complements OCT for evaluating functional loss.

Mahmoudinezhad Golnoush, Moghimi Sasan, Proudfoot James A, Brye Nicole, Nishida Takashi, Yarmohammadi Adeleh et al.

This study found that testing glaucoma progression with OCT or OCTA twice yearly is sufficient, as increasing frequency to three times offers minimal detection benefit.

Wu Jo-Hsuan, Moghimi Sasan, Nishida Takashi, Mohammadzadeh Vahid, Kamalipour Alireza, Zangwill Linda M et al.

Macular OCT/OCTA parameters correlated with visual acuity in moderate-advanced, but not early glaucoma. These findings help identify glaucoma patients with impaired vision.

Nishida Takashi, Moghimi Sasan, Mohammadzadeh Vahid, Wu Jo-Hsuan, Yamane Maya L M, Kamalipour Alireza et al.

Faster glaucoma-related GCC thinning, especially centrally, links to worse vision-related quality of life, highlighting macular OCT's role in assessing functional impairment risk.

Eslani Medi, Nishida Takashi, Weinreb Robert N, Baxter Sally, Mahmoudinezhad Golnoush, Kamalipour Alireza et al.

Smoking intensity in glaucoma patients was linked to reduced optic nerve blood vessel density, suggesting smoking worsens ocular microcirculation and potentially glaucoma progression.

Micheletti Eleonora, Moghimi Sasan, Nishida Takashi, El-Nimri Nevin, Mahmoudinedzah Golnoush, Kamalipour Alireza et al.

This study found that greater IOP fluctuation, higher peak IOP, and worse baseline visual field were linked to choroidal microvascular dropout enlargement in glaucoma, highlighting vascular factors in disease progression.

Micheletti Eleonora, Moghimi Sasan, Nishida Takashi, El-Nimri Nevin, Mahmoudinezhad Golnoush, Kamalipour Alireza et al.

This study found that worsening choroidal microvasculature dropout is significantly linked to faster retinal nerve fiber layer thinning in glaucoma, suggesting MvD progression indicates disease severity.

Nishida Takashi, Moghimi Sasan, Wu Jo-Hsuan, Chang Aimee C, Diniz-Filho Alberto, Kamalipour Alireza et al.

This study found that faster initial retinal vessel density loss, measured by OCTA, predicts faster subsequent visual field loss in glaucoma, highlighting OCTA's potential to identify rapid progressors.

El-Nimri Nevin W, Micheletti Eleonora, Mohammadzadeh Vahid, Nishida Takashi, Kamalipour Alireza, Zangwill Linda M et al.

Face mask wearing during OCT-A scans caused no significant increase in artifacts or changes in vessel density, ensuring reliable measurements for glaucoma assessment during the pandemic.

Kamalipour Alireza, Moghimi Sasan, Eslani Medi, Nishida Takashi, Mohammadzadeh Vahid, Micheletti Eleonora et al.

This study found lower corneal hysteresis predicts faster central visual field decline in glaucoma, suggesting CH can help clinicians assess progression risk, especially for central vision.

Wu Jo-Hsuan, Moghimi Sasan, Nishida Takashi, Proudfoot James A, Kamalipour Alireza, Zangwill Linda M et al.

This study found lower baseline superficial macular vessel density, not deep, predicted faster central macular thinning in glaucoma, suggesting it may help identify patients at higher risk.