MRI-Based Mathematical Model Predicts Chemoradiation Response in Cervical Cancer Patients
A mathematical model calibrated with patient MRI scans accurately predicted tumor cellularity and volume changes during chemoradiation in ten cervical ...
A mathematical model calibrated with patient MRI scans accurately predicted tumor cellularity and volume changes during chemoradiation in ten cervical ...
A study of 51 patients links specific white matter tract stimulation and tissue integrity to clinical recovery following subcallosal cingulate ...
A new computational framework, MIDOS, enables patient-specific optimization of transarterial radioembolization plans to maximize tumor dose while sparing healthy liver ...
In a retrospective comparative study published in CVIR Endovascular, researchers evaluated a patient-specific dual-model three-dimensional printing workflow designed to guide ...
Researchers at Fayoum University show that a simple averaged ensemble of machine learning models, evaluated on the OhioT1DM dataset with ...
A new review argues that merging finite-element cardiac modeling, 3D-printed patient-specific phantoms, and artificial intelligence into digital–physical twins could reshape ...
A patient-specific computational study of 20 coarctation patients shows that the angle and shape of the descending aorta downstream of ...
A combined cadaveric, computational, and patient-specific study reveals that the biphasic plate's stresses shift from its central meander to its ...
Researchers have developed a patient-specific finite-element framework that predicts aortic growth in type B aortic dissection with under 4 percent ...
A new proof-of-concept study shows that smartphone 3D scanning combined with in-house printing can produce sterilizable, patient-specific templates to guide ...
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© 2026 Scienmag - Science Magazine