In the literature, a widely adopted approach for assessing the regional lung function in
patients undergoing radiation therapy for lung cancer from 4-D X-ray CT data is the …

X-ray phase-contrast micro computed tomography using synchrotron radiation (SR PhC-
µCT) offers unique 3D imaging capabilities for visualizing microstructure of the human brain …

Purpose: Synchrotron radiation-based tomography yields microanatomical features in
human and animal tissues without physical slicing. Recent advances in instrumentation …

Three-dimensional X-ray imaging of living specimens is challenging due to the limited
resolution of conventional absorption contrast X-ray imaging and potential irradiation …

Rational: Assessing the dynamic interplay of continuous air and blood flow that constitutes
lung function requires imaging at high spatial and temporal resolution. While dynamic …

The lung is one of the most mechanically active and dynamic organs in the body that is
exposed to cyclic deformations from a combination of breathing cycles and pulsatile blood …

At birth, the lung undergoes a profound phenotypic switch from secretion to absorption,
which allows for adaptation to breathing independently. Promoting and sustaining this …

The density of lung tissue changes as demonstrated on imagery is dependent on the relative
increases and decreases in the volume of air and lung vessels per unit volume of lung …

(in English) The conversion of images at micro level of normal and with very early stage
disease forms of the lung and the quantitative analysis of morphology on the images can …

We report a three dimensional (3D) quantitative visualization of a mammalian mitochondrion
by coherent x-ray diffractive imaging (CXDI) using synchrotron radiation. The internal …