Nukada Masayuki

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.

Takayama Kohei, Hangai Masanori, Kimura Yugo, Morooka Satoshi, Nukada Masayuki, Akagi Tadamichi et al.

3D SS-OCT visualized lamina cribrosa defects in glaucoma, linked to longer axial length and disc hemorrhages. This helps understand glaucoma progression and risk factors.

Hirashima Takafumi, Hangai Masanori, Nukada Masayuki, Nakano Noriko, Morooka Satoshi, Akagi Tadamichi et al.

This study found structural (OCT) and functional (FDT) tests poorly correlate but are complementary for detecting preperimetric glaucoma, suggesting their combination improves diagnosis.

Kimura Yugo, Hangai Masanori, Morooka Satoshi, Takayama Kohei, Nakano Noriko, Nukada Masayuki et al.

Highly myopic eyes with early glaucoma show more RNFL defects involving the papillomacular bundle, often near the fovea, suggesting increased susceptibility to central vision damage.

Morooka Satoshi, Hangai Masanori, Nukada Masayuki, Nakano Noriko, Takayama Kohei, Kimura Yugo et al.

Studying wide-area macular ganglion cell complex thickness, researchers found an 8mm diameter scan significantly improves glaucoma detection compared to a standard 6mm scan, enhancing early diagnosis.

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.

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.