https://www.selleckchem.com/products/a1874.html
Breathing motion is challenging for radiotherapy planning and delivery. This requires advanced four-dimensional (4D)-imaging and motion mitigation strategies and associated validation tools with known deformations. Numerical phantoms such as the XCAT provide reproducible and realistic data for simulation-based validation. However, the XCAT generates partially inconsistent and non-invertible deformations where tumours remain rigid and structures can move through each other. We address these limitations by post-processing the XCAT deformati
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