Hirasawa Hiroyo

Matsuura Masato, Hirasawa Kazunori, Hirasawa Hiroyo, Yanagisawa Mieko, Murata Hiroshi, Mayama Chihiro et al.

This study developed a glaucoma QOL questionnaire, finding age and inferior visual field loss impact direct disability, while medical/surgical treatments relate to indirect disability (worry/anxiety).

Matsuura Masato, Hirasawa Kazunori, Yanagisawa Mieko, Hirasawa Hiroyo, Murata Hiroshi, Sawamura Hiromasa et al.

This study found that estimating glaucoma patients' binocular visual field is most accurate by summing monocular sensitivities on a linear scale, adjusted for ocular dominance.

Hirasawa Hiroyo, Araie Makoto, Tomidokoro Atsuo, Iwase Aiko, Sugiyama Kazuhisa, Kishi Shoji et al.

Annulus-based cpRNFLT measurements showed better reproducibility than conventional circle measurements, especially in glaucoma. Advanced glaucoma worsened reproducibility, but ocular rotation correction had minimal impact. This suggests improved monitoring.

Mayama Chihiro, Saito Hitomi, Hirasawa Hiroyo, Tomidokoro Atsuo, Araie Makoto, Iwase Aiko et al.

Grid-wise macular ganglion cell complex (GCC) analysis, particularly with 8x8 grids, effectively diagnoses early glaucoma, outperforming circumpapillary RNFL, while disc-fovea inclination compensation offers no benefit.

Mayama Chihiro, Saito Hitomi, Hirasawa Hiroyo, Konno Shinsuke, Tomidokoro Atsuo, Araie Makoto et al.

This study found grid-wise SD-OCT analysis of retinal nerve fiber layer thickness is superior for detecting early glaucoma, offering better sensitivity than traditional methods for diagnosis.

Hirasawa Hiroyo, Araie Makoto, Tomidokoro Atsuo, Saito Hitomi, Iwase Aiko, Ohkubo Shinji et al.

Macular GCL+IPL/GCC thickness measurements using SD-OCT showed superior reproducibility compared to mRNFLT and cpRNFLT, regardless of ocular rotation or glaucoma presence. This enhances monitoring glaucoma progression.

Hirasawa Hiroyo, Tomidokoro Atsuo, Kunimatsu Shiho, Mishima Koichi, Iwase Aiko, Tomita Goji et al.

This study found narrow AC angles and anterior ciliary bodies are linked to peripheral anterior synechiae in narrow-angle eyes, highlighting anatomical risk factors for angle closure.