Synchrotron-based soft X-ray tomography (SXT), providing three-dimensional morphology
and quantitative distribution of linear absorption coefficient (LAC) of the imaged objects, is …

Low inherent contrast in soft tissues has been limiting the use of X-ray absorption micro-
computed tomography (micro-CT) to access high-resolution structural information of animal …

We demonstrate a laboratory-based method combining X-ray microCT and nanoCT with a
specific X-ray stain, which targets the cell cytoplasm. The described protocol is easy to …

X-ray grating interferometer can simultaneously retrieve attenuation, refraction, and
scattering signals of the imaged sample, which shows its great potential in biomedical …

In recent years, the in-line phase-contrast (in-line PC) technique has been implemented
using synchrotrons and microfocus x-ray tubes for soft tissue imaging as the in-line PC's …

One of the most commonly used correction methods in X-ray imaging is flat field correction,
which corrects for systematic inconsistencies, such as differences in detector pixel response …

Purpose: Surgery is an essential part of the curative plan for most patients affected with solid
tumors. The outcome of such surgery, eg, recurrence rates and ultimately patient survival …

Synchrotron radiation-based micro computed tomography (SR-µCT) has become a valuable
tool for the structural analyzes of different types of biomaterials in tissue engineering …

Backgroundand goal: Micro-computed tomography (micro-CT) is an emerging technology in
the biomedical field and enables us to analyze 3D structures non-destructively and observe …

X-Ray Computational Tomography (XCT) is a form of non-destructive testing used to
visualise components' internal features and generate 2D images or 3D models of these …