The higher equivalent burst rate of the neuron in the lower trace was round up t

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The higher equivalent burst rate of the neuron in the lower trace was round up to the nearest one thousandth) The two features of the encoded information in the activity of the neuron in the lower trace are with a mean spike rate of of both short and long durations. The Hz. Source: http://jn.physiol Hz; and interburst firing rate of the neuron in the upper trace is = FIG.4. Spontaneous electrical discharge of 2 spiral ganglion cells, 1 from an older P36 (102 dpc) kitten (top trace: sg9_1) and 1 from a P5 (71 dpc) neonatal kitten (bottom trace sg15_14). Twenty-five seconds of data are shown for both animals. Top trace reflects steady near stochastic discharge of a mature SGC. Discharge rate was 88 spikes/s, CVi 0.89, and burst index (BI) = 0.9. Bottom trace shows prominent bursting periods of the P5 SGC. This cell discharged slowly on average (mean spike rate 1.8 spikes/s) with repeated periods of intense activity separated by long silent periods. Interval coefficient of variation (CVi) 4.1, BI 8.8. This recording segment showed an equivalent burst rate approaching 10 bursts/min, but over the entire 6-min period, burst rate was much lower (4.1 bursts/min) because there were several very long periods with no activity (data not shown)

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what is the exact question, from image its not clear, picture shows only information but not the question, please post a question separately

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