Key result
3D reconstruction of vessels from two monoplane angiographic views was successfully used to build patient-specific vessel models and validated against dedicated angiograph software.
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A 3D vessel reconstruction method from monoplane angiographic views and a blood flow simulator were developed and validated for patient-specific modeling.
The 3D reconstruction of the vessels from two monoplane angiographic views is used to build patient-specific vessel model. For this study, the data was acquired from seven patients suffering from ischemic diseases. The results were validated in comparison with the vessel lengths computed with the dedicated software installed on the angiograph. Also, a blood flow simulator based on feedback control loop was designed and tested.
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Tache et al. (2018) studied Ischemic diseases (n=7). 3D reconstruction of vessels from two monoplane angiographic views vs. Vessel lengths computed with dedicated software installed on the angiograph was evaluated on Vessel lengths. 3D reconstruction of vessels from two monoplane angiographic views was successfully used to build patient-specific vessel models and validated against dedicated angiograph software.
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