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. 1999 Jul 1;114(1):31–48. doi: 10.1085/jgp.114.1.31

Table 3.

Release Calculation Algorithm Applied to Different Images from Permeabilized Fibers

Sparkamplitude Peakfluxdensity Release
Image dye T Current FWHM FDHM Dyeterm
μM mM/s pA μm ms pA
812a2 1.9 377 154 14.7 0.55 8.5 10.8
812b7 1.5 256 81 16.6 0.90 6.1 3.19
812c12* 2.2 356 92 15.8 1.10 7.3 14.8
812d13 2.1 328 114 14.6 0.93 4.6 11.0
813a2 1.7 339 91 13.9 0.96 6.9 8.40
813a6 2.8 325 88 20.7 1.18 6.7 14.4
813b1 2.7 235 154 18.1 0.81 6.7 7.84
817a76 1.8 184 83 11.9 1.00 8.6 5.74
817a76 2.2 184 112 17.0 0.83 8.4 2.84
817b10 1.9 170 185 7.4 0.69 9.8 4.74
817b12 2.2 177 152 14.2 0.54 8.8 8.96
819c22 2.9 169 176 15.3 0.76 8.8 2.69
819c22 2.7 166 146 14.1 0.86 8.1 4.04
819c28 2.5 161 145 12.3 0.77 7.6 6.49
820b20 1.6 230 96 15.3 1.11 6.9 3.49
824a45 1.3 211 112 5.0 0.57 6.4 3.55
Average 2.14 260 119 14.4 0.89 7.5 8.28
SEM 0.10 19.0 7.8 0.81 0.05 0.27 1.07

The first number and letter in column 1 identify the experiment, the last number in column 1 identifies the image. Repeated numbers identify sparks from the same image. *Average of four sparks, represented in Fig. 8 and Fig. 9. Column 2 lists amplitude of the event, calculated as in Table . dye T was calculated using . Current, FWHM, and FDHM were calculated on the release flux waveform, derived after smoothing and without deblurring. The last column lists the dye-related estimate of release current illustrated in Fig. 9.