Small animal physiology studies are often complicated, but the level of complexity is greatly
increased when performing live-animal X-ray imaging studies at synchrotron radiation …

Small-animal physiology studies are typically complicated, but the level of complexity is
greatly increased when performing live-animal X-ray imaging studies at synchrotron and …

The high flux and coherence produced at long synchrotron beamlines makes them well
suited to performing phase-contrast X-ray imaging of the airways and lungs of live small …

Physiological studies in small animals can be complicated, but the complexity is increased
dramatically when performing live‐animal synchrotron X‐ray imaging studies. Our group has …

Bright synchrotron x-ray sources enable imaging with short exposure times, and hence in a
high-speed image sequence. These x-ray movies can capture not only sample structure, but …

The development of image-guided small animal irradiators represents a significant
improvement over standard irradiators by enabling preclinical studies to mimic radiotherapy …

The interest in using small animal models of human disease has produced a need to design
a CT system at a microscopic level comparable to that achievable in a clinical CT in human …

Microcomputed tomography (Micro‐CT) has the potential to noninvasively image the
structure of organs in rodent models with high spatial resolution and relatively short image …

Technological advances in micro-CT scanners have introduced dynamic, flat-panel
scanners, which allow the acquisition of volume images in a few seconds. However, motion …

Interest from pharmaceutical and genomic industries is expanding the field of laboratory
animals imaging because responses to novel drugs and phenotypic aberrations in …