Imaging intact human organs from the organ to the cellular scale in three dimensions is a
goal of biomedical imaging. To meet this challenge, we developed hierarchical phase …

The intricate mesh of neural connections in the central nervous system (CNS) necessitates
high-resolution observations to gain insights into cellular composition and molecular …

In this work, we optimize the setups and experimental parameters of X-ray phase-contrast
computed-tomography for the three-dimensional imaging of the cyto-and myeloarchitecture …

Ideal three-dimensional imaging of complex samples made up of micron-scale structures
extending over mm to cm, such as biological tissues, requires both wide field of view and …

Background Biliary obstruction leads to an increase in biliary pressure within the biliary
system, which induces the morphologic adaptation of the biliary tree. Purpose To observe …

Bio-robot equipped with tactile sensors can simulate humans to sense surface characteristic
information of an object, but acquiring subsurface information from materials remains …

X-ray phase-contrast micro computed tomography using synchrotron radiation (SR PhC-
µCT) offers unique 3D imaging capabilities for visualizing microstructure of the human brain …

We present a dynamic implementation of the beam-tracking x-ray imaging method providing
absorption, phase, and ultrasmall angle scattering signals with microscopic resolution and …

Effective methods for visualizing neurovascular morphology are essential for understanding
the normal spinal cord and the morphological alterations associated with diseases …

Simple Summary This study aims at using a multi-technique approach to detect and analyze
the effects of high dose rate spatially fractionated radiation therapies and to compare them to …