Whereas the two-dimensional (2D) visualisation of biological samples is routine, three-
dimensional (3D) imaging remains a time-consuming and relatively specialised pursuit …

High resolution X‐ray computed tomography (CT), or microCT, is a promising and already
widely used technique in various scientific fields. Also for histological purposes it has great …

Many biological tissues have a complex hierarchical structure allowing them to function
under demanding physiological loading conditions. Structural changes caused by ageing or …

The angioarchitecture is a fundamental aspect of brain development and physiology.
However, available imaging tools are unsuited for non-destructive cerebral mapping of the …

Purpose: The development of iterative image reconstruction algorithms for cone‐beam
computed tomography (CBCT) remains an active and important research area. Even with …

This review is devoted to a comparative description of the methods for forming X-ray phase-
contrast images of weakly absorbing (phase) objects. These include the crystal …

Neurons transmit active potentials through axons, which are essential for the brain to
function. In this study, the axonal networks of the murine brain were visualized with X-ray …

In this methodological study, we demonstrated the relevance of 3D imaging performed at
various scales for the ex vivo detection and location of cerium oxide nanomaterials (CeO2 …

X-ray phase-contrast imaging (PCI) can substantially enhance contrast and is particularly
useful in differentiating biological soft tissues with small density differences. Combined with …

High resolution and noninvasiveness have made soft-tissue X-ray microtomography (µCT) a
widely applicable three-dimensional (3D) imaging method in studies of morphology and …