Lung imaging in mouse disease models is crucial for the assessment of the severity of
airway disease but remains challenging due to the small size and the high porosity of the …

Ionizing radiation has long been used in medicine since the discovery of X-rays. Diagnostic
imaging using synchrotron radiation has been under investigation since Rubenstein et al …

Most measures of lung health independently characterise either global lung function or
regional lung structure. The ability to measure airflow and lung function regionally would …

Biomedical research at synchrotron facilities may involve imaging live animals that must
remain motionless for extended periods of time to obtain quality images. Even breathing …

Volumetric datasets with micrometer spatial and sub-second temporal resolutions are
nowadays routinely acquired using synchrotron X-ray tomographic microscopy (SRXTM) …

Biomedical research studies benefit from the ability of xray imaging to visualise anatomy non-
invasively. If not just one image is captured, but instead a high-speed sequence of images …

Small airways play a key role in the distribution of ventilation and in the matching of
ventilation to perfusion. The purpose of this study was to introduce an imaging method that …

Chronic lung diseases affect a vast portion of the world's population. One of the key
difficulties in accurately diagnosing and treating chronic lung disease is our inability to …

X-ray triscopic imaging system was developed to observe dynamics of samples from three
different directions simultaneously. A part of the monochromatic X-ray beam was reflected …

An effective technique of phase contrast synchrotron radiation computed tomography was
established for the quantitative analysis of the microstructures in the respiratory zone of a …