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Fig. 11 | Advanced Modeling and Simulation in Engineering Sciences

Fig. 11

From: A cut finite element method for spatially resolved energy metabolism models in complex neuro-cell morphologies with minimal remeshing

Fig. 11

Solution of the Model obtained in a heart-shaped domain at the final time (T = 10). From top to bottom from left to right: \([\mathrm {GLC}],[\mathrm {ATP}],[\mathrm {ADP}],[\mathrm {GLY}],[\mathrm {PYR}],[\mathrm {LAC}]\). \(\mathrm {GLC}\) is still consumed in the infimum where \(\mathrm {HXK}\) is. \(\mathrm {ADP}\), \(\mathrm {PYR}\) and \(\mathrm {LAC}\) have reached a state where the amount of concentration is uniformly distributed into the domain. \(\mathrm {ATP}\) is consumed to produce \(\mathrm {ADP}\) by \(\mathrm {act}\) and produced by the \(\mathrm {Mito}\) reaction. \(\mathrm {GLY}\) is consumed by \(\mathrm {PYRK}\) and produced by \(\mathrm {HXK}\)

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