Mori Satoshi

Nakano Noriko, Hangai Masanori, Noma Hisashi, Nukada Masayuki, Mori Satoshi, Morooka Satoshi et al.

In highly myopic eyes, macular OCT scans showed better observer agreement and accuracy for glaucoma diagnosis than optic disc photos, and macular ganglion cell complex performance was less affected by axial length than circumpapillary RNFL.

Nakano Noriko, Hangai Masanori, Nakanishi Hideo, Mori Satoshi, Nukada Masayuki, Kotera Yuriko et al.

Speckle noise-reduced SD-OCT clearly showed macular GCL thinning in preperimetric glaucoma, especially inferiorly. This method offers high sensitivity for early glaucoma detection, improving diagnosis before vision loss.

Nukada Masayuki, Hangai Masanori, Mori Satoshi, Nakano Noriko, Nakanishi Hideo, Ohashi-Ikeda Hanako et al.

Enhanced SD-OCT, with speckle noise reduction, improved detection of localized retinal nerve fiber layer defects in glaucoma compared to other OCTs, offering better diagnostic sensitivity and specificity.

Kotera Yuriko, Hangai Masanori, Hirose Fumitaka, Mori Satoshi, Yoshimura Nagahisa

3D-SD-OCT showed combined inner retinal layers (IRLs) are significantly thinner in suspected/preperimetric glaucoma, especially in specific macular sectors. This helps detect early glaucoma damage.

Nakamura Hajime, Hangai Masanori, Mori Satoshi, Hirose Fumitaka, Yoshimura Nagahisa

This study found macular photopic negative response (PhNR) correlates with inner retinal thickness in glaucoma, but PhNR decreases more sharply in early disease, suggesting it could be a sensitive early detection tool.

Sakamoto Atsushi, Hangai Masanori, Nukada Masayuki, Nakanishi Hideo, Mori Satoshi, Kotera Yuriko et al.

3D SD-OCT effectively detects macular RNFL defects in glaucoma, revealing more defects than fundus photos, especially in tessellated fundi, improving defect identification and severity assessment.

Mori Satoshi, Hangai Masanori, Sakamoto Atsushi, Yoshimura Nagahisa

SD-OCT measurement of macular ganglion cell complex volume helps diagnose glaucoma, showing better diagnostic accuracy than total retinal volume, but similar to circumpapillary RNFL thickness.

Inoue Ryo, Hangai Masanori, Kotera Yuriko, Nakanishi Hideo, Mori Satoshi, Morishita Shiho et al.

3D OCT showed glaucoma patients' lamina cribrosa thickness correlated significantly with visual field loss, offering a non-invasive way to assess structural damage.