The gold standard for studying biological tissues at the microscale (ie histology) is tissue
sectioning with subsequent colorimetric or fluorescent staining. Whenever the tissue integrity …

To this day, the standard method for investigating biological tissue with cellular resolution is
the examination under a light microscope, first denoted as histology by Karl Meyer in 1819 …

Phase-based (PB) x-ray imaging (XRI) methods have grown in importance over recent
years, and it can probably be argued that the majority of micro-CT experiments at …

Precise morphological analysis of tumour tissue samples is crucial for accurate diagnosis
and staging of colorectal cancer (CRC), but remains limited by the 2D nature of conventional …

X-ray computed tomography (CT) is a noninvasive, nondestructive approach to imaging
materials, material systems, and engineered components in two and three dimensions …

Using dedicated contrast agents high-quality X-ray imaging of soft tissue structures with
isotropic micrometre resolution has become feasible. This technique is frequently titled as …

Imaging the different scales of biological tissue is essential for understanding healthy organ
behavior and pathophysiological changes. X-ray micro-tomography using both laboratory …

Micro-computed tomography (Micro-CT) is an imaging technique that allows for high-
resolution, three-dimensional (3D) internal visualization of small objects in a non-destructive …

Deciphering the three-dimensional (3d) cytoarchitecture of neuronal tissue is an important
step towards understanding the connection between tissue function and structure and …