1.
Hyperreflective Retinal Nerve Fiber Layer Lesion with Neovascularization.
Akada Masahiro, Kogo Takahiro, Muraoka Yuki
Ophthalmol RetinaMar 20260 citationsCase Report
Muraoka Yuki
8 articles in GJC
8 articles in GJC
2.
Incidence and treatment patterns of acute retinal necrosis: a nationwide population-based cohort study.
Akada Masahiro, Hata Masayuki, Muraoka Yuki, Ishihara Kenji, Kadomoto Shin, Ueshima Hiroaki et al.
Br J OphthalmolFeb 20260 citationsCohort Study
This study found ARN incidence in Japan matched UK data, with early, intensive surgical management and frequent reoperations, highlighting the need for prompt clinical triage and resource planning.
3.
OCT-Based Retinal Vasculature Analysis: Age, Sex, and Body Mass Index Associations in the Nagahama Study, a Large Japanese Cohort.
Xiang Ran, Muraoka Yuki, Kogo Takahiro, Mori Yuki, Miyake Masahiro, Hidaka Yu et al.
Ophthalmol SciFeb 20253 citationsCross-Sectional Study
OCT revealed retinal vessel structural changes with age, sex, and BMI, showing age-related arterial diameter U-shapes and venous narrowing. This highlights OCT's potential for assessing retinal vascular health linked to systemic factors.
4.
Novel Manifestation of Retinal Hemangioblastomas Detected by OCT Angiography in von Hippel-Lindau Disease.
Takahashi Ayako, Muraoka Yuki, Koyasu Sho, Arakawa Yoshiki, Nakamura Eijiro, Tsujikawa Akitaka
OphthalmologyFeb 20235 citationsObservational Study
OCTA revealed a novel, flat retinal hemangioblastoma type in VHL disease, distinct from classic nodular forms. This improves early detection of these often subtle lesions, aiding management.
5.
Segmentation of the Four-Layered Retinal Vasculature Using High-Resolution Optical Coherence Tomography Angiography Reveals the Microcirculation Unit.
Muraoka Yuki, Uji Akihito, Ishikura Masaharu, Iida Yuto, Ooto Sotaro, Tsujikawa Akitaka
Invest Ophthalmol Vis SciDec 20180 citationsObservational Study
HR-OCTA differentiated four macular retinal vessel layers, revealing distinct microcirculation units like central radial peripapillary capillaries. This enhances understanding of retinal blood supply in health and disease.
6.
In Vivo Identification of the Posttrabecular Aqueous Outflow Pathway Using Swept-Source Optical Coherence Tomography.
Uji Akihito, Muraoka Yuki, Yoshimura Nagahisa
Invest Ophthalmol Vis SciAug 201620 citationsCross-Sectional Study
SS-OCT successfully identified the continuous posttrabecular aqueous outflow pathway in vivo. This novel imaging technique allows quantitative analysis, potentially improving glaucoma diagnosis and treatment monitoring.
7.
Paravascular inner retinal defect associated with high myopia or epiretinal membrane.
Muraoka Yuki, Tsujikawa Akitaka, Hata Masayuki, Yamashiro Kenji, Ellabban Abdallah A, Takahashi Ayako et al.
JAMA OphthalmolApr 201534 citationsCase Series
This study found paravascular inner retinal defects (PIRDs) are common in high myopia or with epiretinal membranes, often causing corresponding visual field loss. This highlights the functional impact of these retinal changes.
8.
Longitudinal and simultaneous imaging of retinal ganglion cells and inner retinal layers in a mouse model of glaucoma induced by N-methyl-D-aspartate.
Nakano Noriko, Ikeda Hanako Ohashi, Hangai Masanori, Muraoka Yuki, Toda Yoshinobu, Kakizuka Akira et al.
Invest Ophthalmol Vis SciNov 201166 citationsBasic Science
This study found rapid retinal ganglion cell loss precedes gradual inner retinal layer thinning in a mouse glaucoma model, offering a new method for monitoring disease progression.
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