Kikawa Tsutomu

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.

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.

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.

Takahashi Naoki, Omodaka Kazuko, Kikawa Tsutomu, Ninomiya Takahiro, Kiyota Naoki, Tsuda Satoru et al.

This study found that multiple factors, including age, antioxidant potential, corneal hysteresis, and optic nerve blood flow, contribute to visual acuity decline in glaucoma patients with macular ganglion cell loss, suggesting multifactorial assessment is needed.

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.

Takahashi Naoki, Omodaka Kazuko, Nakazawa Arata, Kikawa Tsutomu, Ninomiya Takahiro, Kiyota Naoki et al.

This study found that the enlargement rate of retinal nerve fiber defect angles, measured by en face OCT, strongly correlates with visual field progression, offering a promising new way to monitor glaucoma.

Asai Tomoko, Ikuno Yasushi, Akiba Masahiro, Kikawa Tsutomu, Usui Shinichi, Nishida Kohji

SS-OCT revealed peripapillary tilting, often inferotemporal, in highly myopic eyes, especially older ones. This tilt correlates with thinner choroid, more peripapillary atrophy, and deeper staphyloma, impacting glaucoma assessment.