
Staff
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ProfessorShuhei KimuraShuhei Kimura
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ProfessorAtsushi MikiAtsushi Miki
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Associate ProfessorHiroyuki KamaoHiroyuki Kamao
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Assistant ProfessorYoshinao SetoguchiYoshinao Setoguchi
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InstructorKento MatsunoKento Matsuno
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InstructorYuto DateYuto Date
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InstructorNobumitsu TsujiNobumitsu Tsuji
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InstructorYuki ShirakawaYuki Shirakawa
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InstructorRyutaro HirakiRyutaro Hiraki
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InstructorErika MitsuiErika Mitsui
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InstructorYurika HayashiYurika Hayashi
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InstructorMiko WatanabeMiko Watanabe
Main Research Themes
Vitreoretinal Diseases
- Investigating the pathology of macular diseases (such as macular hole, epiretinal membrane, and diabetic macular edema) and analyzing treatment efficacy using the latest equipment
- Studying the pathology of submacular hemorrhage and developing more effective displacement techniques
- Evaluating the outcomes of various anti-VEGF therapies and identifying prognostic factors to advance personalized treatment strategies for neovascular age-related macular degeneration (nAMD)
- Conducting comprehensive multimodal imaging analyses to better understand the pathology of nAMD
- Exploring the mechanisms of melanin biosynthesis in retinal pigment epithelial cells to develop novel therapies for nAMD
Pediatric and Neuro-Ophthalmology
- Comparative studies of visual fields, inner retinal layer thickness, and retinal vascular structures in optic pathway disorders (from the optic chiasm onward)
- Comparative analyses of pupillary light reflex, visual fields, inner retinal thickness, and retinal vascular structures in optic nerve diseases
- Developing objective visual acuity testing methods for pediatric patients
- Definitions of medical amblyopia and social/educational amblyopia, and an examination of their social impact
Glaucoma
- Evaluating surgical outcomes using cutting-edge techniques, including implants, for refractory glaucoma cases
- Clarifying surgical indications for minimally invasive glaucoma surgery through comparisons of surgical outcomes, complication rates, and existing treatments
- Establishing early diagnostic markers by longitudinally analyzing the relationship between changes in retinal nerve fiber layer and ganglion cell complex thickness and visual field sensitivity
