Article

CATERPillar: A Flexible Framework for Generating White Matter Numerical Substrates with incorporated Glial Cells

2025-06-26

Abstract excerpt

Monte Carlo diffusion simulations in numerical substrates are valuable for exploring the sensitivity and specificity of the diffusion MRI (dMRI) signal to realistic cell microstructure features. A crucial component of such simulations is the use of numerical phantoms that accurately represent the target tissue, which is in this case, cerebral white matter (WM). This study introduces CATERPillar (Computational Axon...

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Literature Corpus work: a2ab0410-9d1e-5e9a-9012-b510ea055e1c
DOI: 10.1101/2025.06.20.660694

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