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Algorithmically generated rodent hepatic vascular trees in arbitrary detail
2015
Journal of Theoretical Biology
Physiologically realistic geometric models of the vasculature in the liver are indispensable for modelling hepatic blood flow, the main connection between the liver and the organism. Current in vivo imaging techniques do not provide sufficiently detailed vascular trees for many simulation applications, so it is necessary to use algorithmic refinement methods. The method of Constrained Constructive Optimization (CCO) [1] is well suited for this purpose. Its results after calibration have been
doi:10.1016/j.jtbi.2014.10.026
pmid:25451523
fatcat:txspho6jkrh2ritjkfxdtmwkp4