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. 2015 Jun 3;114(2):1059–1071. doi: 10.1152/jn.00079.2015

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Fig. 5. — Burst parameters measured using the ISI_N method. A, left: average number of bursts per minute before (filled circles) and after (open circles) the addition of 50 μM bicuculline (119% baseline, P = 0.6), plotted as a function of the corresponding ASDR; right, corresponding plot before (filled squares) and after (open squares) the addition of 10 μM cyclothiazide (143% baseline, P = 0.06). B, left: average burst duration before (filled circles) and after (open circles) the addition of bicuculline (194% baseline, P = 0.0002), plotted as a function of the corresponding ASDR; right, corresponding plot before (filled squares) and after (open squares) the addition of cyclothiazide (135%, P = 0.002). C, left: average number of spikes per bursts before (filled circles) and after (open circles) the addition of bicuculline (618% baseline, P = 0.000005), plotted as a function of the corresponding ASDR; right, corresponding plot before (filled squares) and after (open squares) the addition of cyclothiazide (260% baseline, P = 0.0006). D, left: average burst spike rate before (filled circles) and after (open circles) the addition of bicuculline (398% baseline, P = 0.000006), plotted as a function of the corresponding ASDR; right, corresponding plot before (filled squares) and after (open squares) the addition of cyclothiazide (186% baseline, P = 0.00006). Statistics were calculated without regard for ASDR, analogous to Fig. 2.