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. 2016 Sep 22;3(4):ENEURO.0195-16.2016. doi: 10.1523/ENEURO.0195-16.2016

Table 2:

Statistical analysis 95% confidence intervals are given for normally distributed data and 5th – 95th percentiles are given for non-parametric data

Dataset Data structure Type of test 95% CI/5th and 95th percentiles
a Blood data: Na Normal Linear mixed model 150.69–153.23
b Blood data: HCT Normal Linear mixed model 39.95–42.51
c Blood data: Cr Normal Linear mixed model 109.38–120.12
d Blood data: urea Normal Linear mixed model 6.34–7.14
e Urine data: osmolality Normal Linear mixed model 755.29–1476.70
f Urine data: Cr Normal Linear mixed model 17.71–41.01
g Urine data: SG Normal Linear mixed model 1.022–1.040
h Blood data CfM: urea Normal Linear mixed model 7.25–8.39
i Blood data CfM: Cr Normal Linear mixed model 91.80–106.44
j Blood data CfM: Na Normal Linear mixed model 150.39–153.40
k Blood data CfM: HCT Normal Linear mixed model 42.42–45.79
l Percentage weight change: week Normal Linear mixed model −0.78 to 0.033
m Weekly weight change: 5 d Normal One-sample t test −1.52 to 0.377
n Weekly weight change: 7 d Normal One-sample t test −0.349 to 0.547
o Block weight change: 5 d Normal One-sample t test −2.02 to 1.69
p Block weight change: 7 d Normal One-sample t test −3.46 to 0.14
q Percentage weight change: block Normal Linear mixed model −2.11 to 0.29
r Weekday behavior: interact Gamma distribution ANOVA to compare effects of two linear mixed models 6.84–16.09
s Weekday behavior: locomotion Gamma distribution ANOVA to compare effects of two linear mixed models 4.59–7.67
t Weekday behavior: self-groom Gamma distribution ANOVA to compare effects of two linear mixed models 3.28–12.20
u Weekday behaviors: body shake Gamma distribution ANOVA to compare effects of two linear mixed models −1.52 to 5.44
v Weekday behaviors: yawn Gamma distribution ANOVA to compare effects of two linear mixed models −5.89 to 11.72
w Weekday behaviors: self-directed Gamma distribution ANOVA to compare effects of two linear mixed models 0.025–0.042
x Weekday behaviors: abnormal Gamma distribution ANOVA to compare effects of two linear mixed models 1.29–7.07
y Weekday behaviors: social Zero-inflated Binary logistic regression
z Weekday behaviors: inactivity Poisson ANOVA to compare effects of two linear mixed models 40.28–61.65
aa Weekday behavior: allogroom Gamma distribution ANOVA to compare effects of two linear mixed models 2.82–12.84
ab Weekday behavior: consumption Gamma distribution ANOVA to compare effects of two linear mixed models 6.30–19.96
ac Weekday behavior: aggression Zero inflated Binary logistic regression
ad Monkey 3 pacing: weekdays Non-normal Kruskal–Wallis 0–78.39
ae Monkey 4 pacing: weekdays Non-normal Kruskal–Wallis 23.46–103.13
af Weekend behavior: consumption Gamma distribution ANOVA to compare effects of two linear mixed models 1.39–18.19
ag Monkey 3 pacing: weekends Non-normal Mann-Whitney 0–50.29
ah Monkey 4 pacing: weekends Non-normal Mann-Whitney 20.22–91.83
ai Weekend behavior: interact Gamma distribution ANOVA to compare effects of two linear mixed models 6.29–20.42
aj Weekend behavior: locomotion Gamma distribution ANOVA to compare effects of two linear mixed models 3.31–7.90
ak Weekend behavior: self-groom Gamma distribution ANOVA to compare effects of two linear mixed models 3.40–17.21
al Weekend behavior: inactivity Poisson ANOVA to compare effects of two linear mixed models 53.89–87.34
am Weekend behaviors: body shake Gamma distribution ANOVA to compare effects of two linear mixed models −2.07 to 5.16
an Weekend behaviors: yawn Gamma distribution ANOVA to compare effects of two linear mixed models −3.64 to 7.51
ao Weekend behaviors: abnormal Gamma distribution ANOVA to compare effects of two linear mixed models −10.01 to 17.93
ap Weekend behaviors: self-directed Gamma distribution ANOVA to compare effects of two linear mixed models 0.019–0.039
aq Weekend behavior: aggression Zero-inflated Binary logistic regression
ar Weekend behaviors: social Zero-inflated Binary logistic regression
as Latency to drink: Saturdays Non-normal Mann-Whitney 0.5–9
at Volume consumed Non-normal Mann-Whitney 3.51–132.17
au Latency to drink: Sundays Non-normal Mann-Whitney 0.5–399.6
av Monkey 2 trial data Non-normal Mann-Whitney 152.4–1560.2
aw Monkey 3 trial data Non-normal Mann-Whitney 387.55–1280.15
ax Monkey 4 trial data Non-normal Mann-Whitney 649–1282.75
ay Water consumption vs Monday trial numbers Normal Pearson correlation
az Weekend weight change Normal t test −0.50 to 0.58
ba 5 d Monday trial performance Non-normal One-sample Wilcoxon signed rank test 154.35–1206.15
bb 7 d Monday trial performance Non-normal One-sample Wilcoxon signed rank test 167.10–1441.30