Combining coherent hard x-ray tomographies with phase retrieval to generate three-dimensional models of forming bone
Holotomography, a phase-sensitive synchrotron-based (µCT) modality, is a quantitative 3D
imaging method. By exploiting partial spatial X-ray coherence, bones can be imaged
volumetrically with high resolution coupled with impressive density sensitivity. This
tomographic method reveals the main characteristics of the important tissue compartments
in forming bones, including the rapidly changing soft tissue and the partially or fully
mineralized bone regions, while revealing subtle density differences in 3D. Here, we show …
imaging method. By exploiting partial spatial X-ray coherence, bones can be imaged
volumetrically with high resolution coupled with impressive density sensitivity. This
tomographic method reveals the main characteristics of the important tissue compartments
in forming bones, including the rapidly changing soft tissue and the partially or fully
mineralized bone regions, while revealing subtle density differences in 3D. Here, we show …
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