pcbi.1009728.s001.pdf (229.96 kB)
Hydrodynamics and blood cell models.
journal contribution
posted on 2022-01-05, 18:26 authored by He Li, Yixiang Deng, Konstantina Sampani, Shengze Cai, Zhen Li, Jennifer K. Sun, George E. KarniadakisTable A. DPD fluid parameters used in the simulations. Table B. Cell membrane parameters for normal RBCs, diabetic RBCs and platelets. Table C. Parameters for interaction between different types of DPD particles. Table D. Morse potential parameters for cell-cell interactions.
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surrounding neural retinasteer new experimentalmicrovascular pathology pertainingincreased blood velocityblood cell transportmas may affectbased model employedmain blood flowblood flow velocityperform computational modelinglow hematocrit leveldiv >< presidence time insidethrombosis within masplatelets entering masrbc adhesion promoteimpacts visual functionblood flowresidence timebased modelsturnover timecomputational studiescomputational investigationvivo two factorsthrombus formationthereby increasingsmall bodysimulations illustrateresults showrbc stiffnessprovide insightsparent vesselsparent vesselneck ratiolarge bnrdiabetic retinopathydiabetic eyesbnr ),anatomic outcomesalso quantifyalso prolong
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