Murata Hiroshi

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.

Noda Yusuke, Asaoka Ryo, Hirasawa Kazunori, Murata Hiroshi, Tanito Masaki, Shoji Nobuyuki

Studying glaucoma progression, this research found including prior SITA Fast visual fields significantly improves the accuracy of trend analysis when using SITA Standard, offering a practical clinical benefit.

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.

Asaoka Kei, Fujino Yuri, Fukuyo Honami, Murata Hiroshi, Aoki Shuichiro, Ishii Kaori et al.

This study found that stiffer corneas, measured by ORA and Corvis ST, predict higher post-trabeculotomy IOP, suggesting corneal stiffness impacts surgical outcomes.

Asaoka Ryo, Miyata Manabu, Oishi Akio, Fujino Yuri, Murata Hiroshi, Aoki Shuichiro et al.

This study found that for RP clinical trials, using both eyes and enrolling patients in earlier disease stages significantly reduces the required sample size to detect treatment effects.

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.

Ryu Juri, Asaoka Ryo, Nakakura Shunsuke, Murata Hiroshi, Nakaniida Yuta, Ishii Kaori et al.

This study found higher preoperative ORA corneal-compensated IOP and pseudophakia predict hypotony after glaucoma surgery, suggesting ORA use pre-trabeculectomy is valuable.

Asaoka Ryo, Nakakura Shunsuke, Murata Hiroshi, Nakaniida Yuta, Obana Akira, Aoki Shuichiro et al.

Corvis ST's highest concavity deflection amplitude predicted hypotony maculopathy after glaucoma surgery, especially in males with higher preoperative IOP, aiding risk assessment for this complication.

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.

Tomita Ryo, Asaoka Ryo, Hirasawa Kazunori, Fujino Yuri, Nakakura Shunsuke, Murata Hiroshi et al.

This study found central 10° visual field pattern deviation can underestimate glaucoma damage as glaucoma progresses and overestimate it as cataract progresses, impacting clinical assessment.

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.

Akiyama Kaho, Saito Hitomi, Shirato Shiroaki, Iwase Aiko, Aoki Shuichiro, Sugimoto Koichiro et al.

This study found that in early glaucoma with high myopia, circumpapillary vessel density (cpVD) correlates strongly with visual function and is less affected by axial length than RNFL thickness, offering a potentially more reliable diagnostic marker.

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.

Asaoka Ryo, Obana Akira, Murata Hiroshi, Fujino Yuri, Omoto Takashi, Aoki Shuichiro et al.

This study found IOP generally decreases with age, but various systemic factors like gender, blood cell counts, and liver enzymes significantly influence the long-term trend of IOP.

Asaoka Ryo, Miyata Manabu, Oishi Akio, Fujino Yuri, Murata Hiroshi, Azuma Keiko et al.

This study found that in retinitis pigmentosa, visual field test reproducibility decreases significantly with worsening visual acuity (logMAR > 0.5), requiring careful interpretation in these patients.

Hirasawa Kazunori, Murata Hiroshi, Shimada Satoshi, Matsuno Mei, Shoji Nobuyuki, Asaoka Ryo

This study found new VBLR-VF algorithms significantly shorten glaucoma visual field test duration (up to 30%) while providing comparable global measures to SITA-Fast, offering a faster clinical option.

Asano Shotaro, Oishi Akio, Asaoka Ryo, Fujino Yuri, Murata Hiroshi, Azuma Keiko et al.

Binomial pointwise linear regression reliably and earlier detected central visual field progression in retinitis pigmentosa, offering a valuable tool for monitoring this inherited retinal disease.

Hashimoto Yohei, Kiwaki Taichi, Sugiura Hiroki, Asano Shotaro, Murata Hiroshi, Fujino Yuri et al.

Deep learning predicting 10-2 visual fields from OCT improved significantly when corrected with 24-2/30-2 visual fields, potentially reducing the need for additional 10-2 tests.

Asaoka Ryo, Xu Linchuan, Murata Hiroshi, Kiwaki Taichi, Matsuura Masato, Fujino Yuri et al.

This study developed an AI model using OCT to predict both current visual field (10°) and future progression (24-2) in glaucoma, showing superior accuracy for earlier detection and monitoring.

Fujino Yuri, Asaoka Ryo, Murata Hiroshi, Yamashita Takehiro

This study found that a narrower superior retinal artery angle was associated with faster inferior visual field progression in glaucoma, suggesting a structural biomarker for progression risk.

Aoki Shuichiro, Miki Atsuya, Omoto Takashi, Fujino Yuri, Matsuura Masato, Murata Hiroshi et al.

This study found corneal hysteresis (CH), not biomechanical glaucoma factor (BGF), was associated with visual field progression in treated POAG, indicating CH has more clinical utility for monitoring glaucoma.

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.

Asano Shotaro, Murata Hiroshi, Fujino Yuri, Yamashita Takehiro, Miki Atsuya, Ikeda Yoko et al.

Researchers developed a new "hybrid" method for detecting glaucoma progression with 10-2 visual fields. This method offers higher sensitivity and earlier detection than existing ones, improving clinical monitoring for glaucoma patients.

Omoto Takashi, Murata Hiroshi, Fujino Yuri, Matsuura Masato, Yamashita Takehiro, Miki Atsuya et al.

Sectorwise regression predicted glaucoma visual field progression more accurately than pointwise methods, especially with fewer initial tests, offering a potentially improved monitoring tool.