Figure 1.
Figure 1. Data segments used for noise analysis of macroscopic Kir6.2-G334D/SUR1 currents. Representative example of activation of Kir6.2-G334D/SUR1 channels by 10 mM MgATP. Nucleotide application is indicated by the bar. The parallel vertical lines denote 1-s data segments during which the current reaches a quasi–steady-state level. The dotted horizontal line indicates the zero current level. PO and N in the absence of nucleotides (open triangles in Fig. 4, B–D) were calculated from segment 1, and in the presence of 10 mM MgATP (open circles in Fig. 4, B–D) from segment 2.

Data segments used for noise analysis of macroscopic Kir6.2-G334D/SUR1 currents. Representative example of activation of Kir6.2-G334D/SUR1 channels by 10 mM MgATP. Nucleotide application is indicated by the bar. The parallel vertical lines denote 1-s data segments during which the current reaches a quasi–steady-state level. The dotted horizontal line indicates the zero current level. PO and N in the absence of nucleotides (open triangles in Fig. 4, B–D) were calculated from segment 1, and in the presence of 10 mM MgATP (open circles in Fig. 4, B–D) from segment 2.

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