Hemodynamic Factors Predict Vessel Pruning Sites
Kumar et al. (2026) reconstruct 3D vasculature from 2D confocal images of P6 mouse retinas, simulate local blood flow, shear stress, and pressure using CFD, and train a machine-learning model to predict vessel pruning. They find that a combined metric of shear stress, blood pressure, and vessel radius tightly correlates with pruning sites, informing vascular normalization and targeted nanomedicine strategies.
Scoring Rationale
Combines CFD and ML with peer-reviewed validation; limited scope to mouse retina reduces broad generalizability.
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