Hiromasa Takemura

This study evaluates tractometry reproducibility and generalizability across different MRI scanners, models, and protocols, finding high consistency with identical settings but reduced reliability with variations.

This study investigates how adaptation to symbolic numerals transfers between eyes and hemifields, revealing integration across visual processing stages.

This study compares perceptual sensitivity to speed in expanding and contracting optic flow, finding higher sensitivity for contraction at ecologically relevant speeds.

This paper trains CNNs to segment human visual cortex areas with accuracy comparable to human raters using functional and anatomical data.

The paper investigates how visual processing of numerals leads to bistable interpretations and shows adaptation biases based on numeral types.

This paper develops a method to non-invasively identify LGN subdivisions in living humans using MRI and validates it against histological and functional data.

The paper examines the structural covariance and heritability between the optic tract and primary visual cortex in living humans using neuroimaging data.

The paper examines functional and structural changes in the primary motor cortex of a Paralympian with congenital paraplegia compared to controls and other paraplegic athletes.

This study examines age dependency and lateralization in the three branches of the human superior longitudinal fasciculus using diffusion MRI and quantitative R1 maps across a wide age range.

This study links microstructural properties of the vertical occipital fasciculus to variability in human stereoacuity using diffusion and quantitative MRI.

This study identifies and characterizes the stratum proprium of interparietal sulcus (SPIS) in vivo using diffusion MRI and tractography, showing its connection to optic-flow processing areas.