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Joonis 1.

Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

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Page 1: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 1.

Page 2: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 2.

Page 3: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 3.

Page 4: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 4.

Page 5: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 5.

Page 6: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 6.

Page 7: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 7.

Page 8: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 8.

Page 9: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 9.

Page 10: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 10.

Page 11: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

Joonis 11.

Page 12: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

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Page 17: Joonis 1. - gt.inkblue.netx-xx . O GIC EXTRACELLULAR SPACE CYTOPLASM @ Na4 Figure 6—51 How a glucose pump could, in principle, be driven by a Na+ gradient. The pump oscillates randomly

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