This is supplementary material for:
J. Ren, A. Sherman, R. Bertram, P. B. Goforth, L. S. Satin, C. Waters and C. Nunemaker. Slow oscillations of KATP conductance in mouse pancreatic islets provide support for electrical bursting driven by metabolic oscillations. Am. J. Physiol. (Endocrinol. and Metab.), 305(7):E805-17. [PubMed]
Source files (Matlab and xpp) by figure
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Response of Clamped and Unclamped Cell (Figure 6) [Fig6.ode]
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Extracting Slope Conductance (Figure 7) [Fig7.ode]
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V and gKATP in Keizer-Magnus Mode (XPP) (Figure 8A, C) [Fig8AC.ode]
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V and gKATP in Keizer-Magnus Mode (Matlab) (Figure 8A, C) [Fig8AC.m]
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V and gKATP in Glycolytic Oscillation Mode (XPP) (Figure 8B, D) [Fig8BD.ode]
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V and gKATP in Glycolytic Oscillation Mode (Matlab) (Figure 8B, D) [Fig8BD.m]