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Baseline release was calculated as the average of three fractions before a stimulus.
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Stimulation-evoked release was calculated by normalizing to baseline (i.e. release during and after a stimulus divided by baseline, assuming that basal release is linear).
Percent specific release was calculated as ([experimental release−spontaneous release]/[maximum release−spontaneous release])×100.
Percentage of specific release was calculated as (experimental release-spontaneous release)/(maximum release-spontaneous release) ×100.
The hCG release was calculated as described [38].
The percent specific release was calculated from the formula: % specific release = [ measured release - spontaneous release)/(100% release - spontaneous release)].
Per cent specific release was calculated as 100×(Experimental release−spontaneous release)/((Maximum release×0.8)−spontaneous release).
The release was calculated using the equation: (1) where the analyte concentrations with subscripts s, ref, and hom represent the test sample, baseline reference and homogenized material respectively.
The percentage of specific release was calculated as follows: (experimental release-spontaneous release)/(maximum release-spontaneous release) × 100.
The percentage of LDH release was calculated using the following formula: percentage of release = 100 × (experimental LDH release – spontaneous LDH release)/(maximal LDH release – spontaneous LDH release).
The percentage of specific Cr release was calculated as [ cpm experimental release - cpm spontaneous release/cpm maximum release - cpm spontaneous release)] × 100.
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