Description Usage Arguments Value Examples
The function reads the MEA data structure and uses the 'allb' list built using mi.find.bursts. It then prints all bursting features summary per well and per channel in _bursts.csv and _well_bursts.csv
1 | write.plate.summary.for.bursts(s, outputdir)
|
s |
MEA data structure |
outputdir |
Output directory |
Output file _bursts.csv holds all features generated for bursts per well and per channel:
treatment |
the treatment/genotype based on the experimental log file plan |
well |
well number |
nAE |
number of active electrodes |
nAB |
number of electrodes with bursts |
duration |
total duration of bursts |
mean.dur |
mean duration of bursts |
mean.freq |
firing rate (Hz) |
nbursts |
number of bursts |
bursts.per.sec |
bursts/second.matrix(nrow=0,ncol=1) |
bursts.per.min |
bursts/min |
sd.dur |
sd of burst duration |
mean.freq.in.burst |
average frequency of spikes in a burst |
sd.freq.in.burst |
sd of frequency of spikes in a burst |
mean.spikes.in.burst |
mean number of spikes in a burst |
sd.spikes.in.burst |
sd of number of spikes in a burst |
total.spikes.in.burst |
total number of spikes in a bursts |
per.spikes.in.burst |
percent of spikes in a burst |
mean.ISIs |
mean ISI within a burst |
sd.ISIs |
sd ISI within a burst |
mean.IBIs |
mean IBI |
sd.IBIs |
sd of IBIs |
cv.IBIs |
Coefficient of variation of IBI (= mean.IBI/sd.IBI) |
file |
input recording file |
1 2 3 4 | data("S")
d<-dir.create(paste0(getwd(),"/Analysis") )
s<-list(); s[[1]]<-S
write.plate.summary.for.bursts(s, paste0(getwd() ) )
|
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.