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Mathematical modeling of intraperitoneal drug delivery : simulation of drug distribution in a single tumor nodule
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CHARACTERIZATION OF CELL SCAFFOLDING PROPERTIES OF HOLLOW FIBER MEMBRANE BIOREACTORS (HFMBS) FOR BONE TISSUE ENGINEERING BY MICROCOMPUTED TOMOGRAPHY
(2016) -
MODEL-PREDICTED EFFECT OF CELL PROLIFERATION AND DIFFERENTIATION ON THE DARCY PERMEABILITY AND PERFUSION PATTERN OF ANNULAR POROUS CONSTRUCTS CULTURED IN rPBBs FOR BONE TISSUE ENGINEERING
(2016) -
2D Transport model of radial packed-bed bioreactors for bone TE predicts that radial flux uniformity controls O2 distribution in cell activity-dependent fashion
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Time evolution of oxygen concentration profiles as cells grow and differentiate in RPBBS for bone TE from a 3D transient transport model
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Microcomputed tomography (MCT) study of hollow fiber membrane (HFM) distribution in HFM-bioreactors in shell-and-tube configuration for bone TE
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Optimization of construct perfusion in radial-flow packed-bed bioreactors for tissue engineering with a 2D stationary fluid dynamic model
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Theoretical framework to enhance external solute transport to cells in radial flow packed-bed bioreactors for bone tissue engineering based on a stationary 2D transport model
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Optimization of inlet flow to obtain uniform velocity field in radial flow packed-bed biboreactors for bone tissue engineering
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Design criterion for radial flux uniformity in radial-flow packed bed bioreactors for bone TE based on a 2D flow model