Imaging across different scales is essential for understanding healthy organ morphology
and pathophysiological changes. The macro-and microscale three-dimensional morphology …

Phase-contrast imaging techniques address the issue of poor soft-tissue contrast
encountered in traditional X-ray imaging. This can be accomplished with the propagation …

Background The evolution of cartilage degeneration is still not fully understood, partly due to
its thinness, low radio-opacity and therefore lack of adequately resolving imaging …

Background Modern high-spatial-resolution radiologic methods enable increasingly detailed
volumetric postmortem investigations of human neuroanatomy for diagnostic, research, and …

Thin single crystalline film (SCF) scintillators are essential when performing high resolution
X-ray imaging with micron to sub-micron resolution. Especially when high energy X-rays are …

In this study, double-multilayer monochromators that generate intense, high-energy, pink X-
ray beams are designed, installed and evaluated at the SPring-8 medium-length (215 m) …

The magnitude and distribution of strain imposed on the peripheral airspaces by mechanical
ventilation at the microscopic level and the consequent deformations are unknown despite …

The 3D complexity of biological tissues and intricate structural-functional connections call for
state-of-the-art X-ray imaging approaches to overcome limitations of classical imaging …

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 …

The pancreatic islet is a highly structured micro-organ that produces insulin in response to
rising blood glucose. Here we develop a label-free and automatic imaging approach to …