Tetsuya Yuasa

TL;DR: Potential application of interlaced microbeams to treat tumors or to ablate nontumorous abnormalities with minimal damage to surrounding normal tissue is suggested.

TL;DR: In this article, a new attenuation correction method for fluorescent X-ray computed tomography (FXCT) applied to image nonradioactive contrast materials in vivo is described, which is based on the equation representing the measurement process.

TL;DR: In this article, the authors proposed a new mathematical algorithm and software for computed tomographic (CT) reconstruction based on refraction contrast, which provides information on the deflection of the x-ray beam when penetrating through the object.

TL;DR: The results presented in the present paper indicate the possibility of visualizing the hemodynamics of subsurface skin tissue as well as the ability of the developed method to quantitatively visualize the transition from an oxygenated blood to a deoxygenated blood in dermis.

TL;DR: Results demonstrating that individual microbeams, or arrays of parallel ones, can also be used for targeted, selective cell ablation in the CNS, and also to induce demyelination highlight the value of the method as a powerful tool for studying the CNS through selectivecell ablation, besides its potential as a treatment modality in clinical oncology.