Maeda Fumiatsu

Tabuchi Hitoshi, Engelmann Justin, Maeda Fumiatsu, Nishikawa Ryo, Nagasawa Toshihiko, Yamauchi Tomofusa et al.

Synthetic retinal images effectively trained orthoptists to detect diseases, significantly improving diagnostic accuracy in UWF and even novel standard field images, highlighting AI's role in education and human adaptability.

Maeda Fumiatsu, Kelbsch Carina, Straßer Torsten, Skorkovská Karolína, Peters Tobias, Wilhelm Barbara et al.

Chromatic pupillography in hemianopia patients revealed reduced red light pupil constriction, supporting two pupillomotor pathways: one subcortical (ipRGCs) and another cortical (non-ipRGCs), potentially aiding visual pathway lesion localization.

Kelbsch Carina, Maeda Fumiatsu, Lisowska Jolanta, Lisowski Lukasz, Strasser Torsten, Stingl Krunoslav et al.

Chromatic pupillography in advanced RP showed reduced outer retinal function but preserved ipRGC activity. This offers an objective marker for treatment efficacy and patient selection for retinal implants.

Kelbsch Carina, Maeda Fumiatsu, Strasser Torsten, Blumenstock Gunnar, Wilhelm Barbara, Wilhelm Helmut et al.

This study found glaucoma impairs ipRGC and classical photoreceptor-driven pupillary responses, particularly the post-illumination pupil response, suggesting early detection of retinal damage.