Perceptual Rivalry: Reflexes Reveal the Gradual Nature of Visual Awareness

Psychological Health of Orphan Bonobos and Chimpanzees in African Sanctuaries

Association between Urinary Excretion of Cortisol and Markers of Oxidatively Damaged DNA and RNA in Humans

creatinine level<6 mmol/day plus total urine volume<1000

Controlling Attention to Nociceptive Stimuli with Working Memory

Comparing the Performances of Apes (Gorilla gorilla, Pan troglodytes, Pongo pygmaeus) and Human Children (Homo sapiens) in the Floating Peanut Task

range=167-232 latency WET range=5-533 and 578
range=17-35 latency WET range=46-54 and 131
T^+=3, n=4, p=.250 effect size r estimate=-.73
T^+=3, n=4, p=.125 effect size r estimate=-.91
U=51, n male=9, n female=16, p=.172 effect size r estimate=-.28
U=10, n male=6, n female=4, p=1.0 effect size r estimate=.26
T^+=9, n=10, p=.004 effect size r estimate=-.86
T^+=8, n=10, p=.008 effect size r estimate=-.80
T^+=8, n=10, p=.008 effect size r estimate=-.81
T^+=3, n=10, p=1.00 effect size r estimate=-.04
M latency DRY Control=20.7 s, M latency TOP Control=64.5 s, M latency TABLE Control=41.0
T^+=5, n=5, p=.063 effect size r estimate=-.91
T^+=5, n=5, p=.094 effect size r estimate=-.80
T^+=5, n=5, p=.125 effect size r estimate=-.79
U=171, n new=28, n old=19, p=.005 effect size r estimate=-.42
U=212, n Ngamba=25, n Leipzig=19, p=.471 effect size r estimate=-.01
U=209, n new=28, n old=19, p=.068 effect size r estimate=-.31
U=215, n Ngamba=25, n Leipzig=19, p=.452 effect size r estimate=-.13
U=34, n Ngamba=25, n Leipzig=3, p=.720 effect size r estimate=-.06
U=34, n Ngamba=25, n Leipzig=3, p=0.929 effect size r estimate=-.07
U=40, n young=12, n old=14, p=.022 effect size r estimate=-.44 M latency 4-6

p=1.0
T^+=3, n=4, p=.250 effect size r estimate=-.73
T^+=3, n=4, p=.125 effect size r estimate=-.91
U=51, n male=9, n female=16, p=.172 effect size r estimate=-.28
U=10, n male=6, n female=4, p=1.0 effect size r estimate=.26
chimp (25)=-.201, p=.335, r orang (10)<.001, p=1.0
chimp (25)=-.197, p=.344
F=16.76, n=10, p<0.001
T^+=9, n=10, p=.004 effect size r estimate=-.86
T^+=9, n=10, p=.004 effect size r estimate=-.86
T^+=1, n=10, p=1.00 effect size r=0
F=11.03, n=10, p=.002
T^+=8, n=10, p=.008 effect size r estimate=-.80
T^+=8, n=10, p=.008 effect size r estimate=-.81
T^+=3, n=10, p=1.00 effect size r estimate=-.04
F=6.40, n=5, p=.039
T^+=5, n=5, p=.063 effect size r estimate=-.91
T^+=5, n=5, p=.094 effect size r estimate=-.80
T^+=5, n=5, p=.125 effect size r estimate=-.79
U=171, n new=28, n old=19, p=.005 effect size r estimate=-.42
U=212, n Ngamba=25, n Leipzig=19, p=.471 effect size r estimate=-.01
U=209, n new=28, n old=19, p=.068 effect size r estimate=-.31
U=215, n Ngamba=25, n Leipzig=19, p=.452 effect size r estimate=-.13
U=34, n Ngamba=25, n Leipzig=3, p=.720 effect size r estimate=-.06
U=34, n Ngamba=25, n Leipzig=3, p=0.929 effect size r estimate=-.07
B=1.32, p=.01
R2=.31
B=1.24, p=.03
B<.001, p=1.00
U=40, n young=12, n old=14, p=.022 effect size r estimate=-.44 M latency 4-6
p<.05
p<.05
p<.05
p<.05