Araie Makoto

Mataki Naomi, Mishima Koichi, Araie Makoto, Iwase Aiko, Murata Hiroshi, Otani Shinichiro et al.

Gonioscopy and UBM show significant disagreement in diagnosing occludable angles, with UBM both under- and over-diagnosing. Discrepancies relate to multiple anterior/posterior chamber factors, indicating neither method alone fully assesses angle closure.

Miki Atsuya, Araie Makoto, Leung Christopher Kai Shun, Nishigaki Masashi, Murata Hiroshi, Kikawa Tsutomu et al.

This study found that in glaucoma patients, the extent of retinal nerve fiber layer defects detected by ROTA was associated with optic nerve head gamma zone area, suggesting this structural change reflects axonal damage.

Enomoto Nobuko, Saito Hitomi, Araie Makoto, Kambayashi Mitsuki, Murata Hiroshi, Kikawa Tsutomu et al.

This study found deep ONH structures in healthy eyes correlate with scleral canal size and other factors, crucial for distinguishing normal from glaucomatous changes.

Iwase Aiko, Araie Makoto

Myopia complicates glaucoma diagnosis due to structural/functional changes mimicking disease. Integrating imaging and perimetry, potentially with AI, is crucial for accurate assessment in myopic patients.

Ikushima Toru, Iwase Aiko, Araie Makoto, Murata Hiroshi, Ueno Morio, Mori Kazuhiko et al.

This study found ambient atmospheric pressure positively correlates with Goldmann applanation tonometer-measured IOP in normal eyes. Clinically, this impact on IOP is likely minimal for individuals.

Kambayashi Mitsuki, Saito Hitomi, Araie Makoto, Enomoto Nobuko, Murata Hiroshi, Kikawa Tsutomu et al.

This study found that deep optic nerve structures, like lamina cribrosa depth and scleral canal shape, significantly influence both BMO-MRW and pRNFLT, highlighting their complex relationship in healthy eyes.

Asaoka Ryo, Sugisaki Kenji, Inoue Toshihiro, Yoshikawa Keiji, Kanamori Akiyasu, Yamazaki Yoshio et al.

This study found that 24-2 visual field results in advanced glaucoma can be reasonably predicted from 10-2 test results, useful when 24-2 data is unavailable.

Asaoka Ryo, Sugisaki Kenji, Inoue Toshihiro, Yoshikawa Keiji, Kanamori Akiyasu, Yamazaki Yoshio et al.

This study found that poorer central vision sensitivity in the temporal papillomacular bundle (HFA 10-2) in advanced glaucoma predicts future visual acuity decline, guiding closer monitoring for vision loss risk.

Sakata Rei, Araie Makoto, Yoshitomi Takeshi

In untreated normal-tension glaucoma, disc hemorrhage predicted structural damage first, while older age predicted visual field loss first, guiding personalized monitoring strategies.

Saito Hitomi, Ueta Takashi, Araie Makoto, Enomoto Nobuko, Kambayashi Mitsuki, Murata Hiroshi et al.

This study found Bergmeister papilla strongly predicts more severe prelaminar schisis in both healthy and glaucomatous eyes, suggesting traction. PLS severity also correlated with glaucoma-related optic nerve head structures.

Asaoka Ryo, Sakata Rei, Yoshitomi Takeshi, Iwase Aiko, Matsumoto Chota, Higashide Tomomi et al.

This NTG study found different risk factors for progression in superior (IOP fluctuation) and inferior (BMI, myopia, cup-to-disc, disc hemorrhage) optic nerve halves, guiding tailored management.

Saito Hitomi, Kambayashi Mitsuki, Araie Makoto, Murata Hiroshi, Enomoto Nobuko, Kikawa Tsutomu et al.

This study found that longer axial length in healthy myopic eyes is associated with specific optic nerve head structural changes, including misalignment, choroid thinning, and scleral bowing, which is crucial for distinguishing myopia from glaucoma.

Iwase Aiko, Sawaguchi Shoichi, Tanaka Kenji, Tsutsumi Tae, Araie Makoto

This study found the I>S>T rim width pattern, not ISNT, best detects glaucoma in Japanese patients. This specific pattern improves glaucoma screening and correlates with known risk factors in this population.

Sugisaki Kenji, Inoue Toshihiro, Yoshikawa Keiji, Kanamori Akiyasu, Yamazaki Yoshio, Ishikawa Shinichiro et al.

This 5-year study found that in advanced glaucoma, baseline vision, peripapillary atrophy, and systemic antihypertensive use predict further central visual decline, even with controlled IOP, guiding closer monitoring.

Sawada Yu, Araie Makoto, Shibata Hitomi

This study found the central retinal vessel's vertical position in the optic nerve head predicts initial visual field defect location in glaucoma, suggesting it influences regional susceptibility.

Iwase Aiko, Fujii Makoto, Murata Hiroshi, Ohno Yuko, Araie Makoto

This study found that myopia lowers visual field sensitivity, but doesn't accelerate age-related visual field decline, which itself worsens with age in normal eyes.

Uejyo Chiharu, Henzan Ichiko Medoruma, Nakamura Yuko, Ishikawa Shusaku, Sakai Hiroshi, Sawaguchi Shoichi et al.

Van Herick grading (VH) was studied against UBM for angle closure and plateau iris. VH ≤2 significantly correlated with UBM angle width and ciliary body configuration, suggesting its utility for screening these conditions.

Sakata Rei, Yoshitomi Takeshi, Araie Makoto

This study found 31% of untreated Japanese normal-tension glaucoma patients with low IOP developed disc haemorrhages over 5 years, with higher IOP, less myopia, and baseline DH increasing risk.

Sawada Yu, Araie Makoto, Shibata Hitomi, Murata Katsuyuki, Ishikawa Makoto, Yoshitomi Takeshi et al.

This study found glaucoma eyes have significantly larger anterior scleral canal areas, suggesting this anatomical feature could be a future biomarker for glaucoma prevention and treatment.

Arakaki Yoshikuni, Sawaguchi Shoichi, Iwase Aiko, Tomidokoro Atsuo, Araie Makoto

This study found pseudoexfoliation (PEX) and PEX glaucoma in a rural Japanese population, linking PEX to older age and outdoor work, but not significantly affecting intraocular pressure.

Iwase Aiko, Sawaguchi Shoichi, Tanaka Kenji, Tsutsumi Tae, Araie Makoto

This study found that in normal eyes, higher IOP, longer axial length, thinner CCT, lower blood pressure, and male gender correlated with smaller optic disc rim area, highlighting new potential glaucoma risk indicators.

Sugisaki Kenji, Asaoka Ryo, Inoue Toshihiro, Yoshikawa Keiji, Kanamori Akiyasu, Yamazaki Yoshio et al.

This study found that machine learning (SVR) can predict central 10-2 visual fields from 24-2 fields in advanced glaucoma with about 25% error, aiding central vision assessment.

Saito Hitomi, Iwase Aiko, Araie Makoto

This study found early glaucoma damage patterns differ: superior damage thins both retina halves, but inferior damage primarily affects only the damaged half, indicating distinct progression.

Iwase Aiko, Araie Makoto, Kuwayama Yasuaki, Murata Hiroshi, Yamamoto Tetsuya

This study found focal glaucomatous discs are most common in Japanese POAG, followed by generalized enlargement. Distinct patterns were linked to age, BMI, and ocular parameters, aiding personalized glaucoma management.

Iwase Aiko, Araie Makoto

This study found POAG eyes with initial superior visual field defects had greater disc ovality, larger β-PPA, and thinner corneas, suggesting distinct damage patterns based on hemifield involvement.