Cerebral blood flow variability in fibromyalgia syndrome: Relationships with emotional, clinical and functional variables

Thought experiment: Decoding cognitive processes from the fMRI data of one individual

The structural equation model on self-efficacy during post-op rehabilitation among non-small cell lung cancer patients

Multi-informant path models of the influence of psychosocial and treatment-related variables on adherence and metabolic control in adolescents with type 1 diabetes mellitus

bias corrected bootstrapped confidence interval

Factors that affect immunization data quality in Kabarole District, Uganda

Bio-inspired visual self-localization in real world scenarios using Slow Feature Analysis

constraints<disp formula id="pone.0203994.e003">removedGRAPHIC<y j ⟩ t=0
</disp formula><disp formula id="pone.0203994.e004">removedGRAPHIC<y j 2 ⟩ t=1

constraints<disp formula id="pone.0203994.e003">removedGRAPHIC<y j ⟩ t=0
</disp formula><disp formula id="pone.0203994.e004">removedGRAPHIC<y j 2 ⟩ t=1
t=0
r=1, eta phi=0

Is psychological stress a predisposing factor for amyotrophic lateral sclerosis (ALS)? An online international case-control study of premorbid life events, occupational stress, resilience and anxiety

The cortical structure of functional networks associated with age-related cognitive abilities in older adults

non brain tissue affecting cortical surface estimates
study freesurfer surface based functional connectivity analysis
exploratory surface based morphometry analysis
surface area contained highly variable training coefficient
future cortical structural predictive model
predictive ability of network thickness based model

voxel size=.9 x .9 x .9 mm, TR=1900 ms, TI=900 ms, TE=2.32 ms, flip angle=9°, FoV=230

Sex differences in vocal communication of freely interacting adult mice depend upon behavioral context

width=76.2 cm, length=76.2 cm, height=60.96 cm; 8020
Fig 3C median male count=3318; IQR=1368-3619 median female count=477; IQR=202-622; Mann Whitney U, z=3.64, p<0.001
male IQR=5.1-12.0 kHz female IQR=4.1-9.4 kHz; Mann Whitney U, z=24.6, p<10^-125
median male=17.2 msec, IQR=12.7-25.9 msec median female=17.9 msec, IQR=12.9-27.5 msec; Mann Whitney U, z=-5.5, p<10^-6 ; Fig 4
male IQR=70.1-82.7 kHz female IQR=68.4-82.2 kHz; Mann Whitney U, z=8.0, p<10^-13 ; Fig 4
median male=66.4 kHz, IQR=61.5-73.4 kHz median female=66.6 kHz, IQR=61.5-74.1 kHz; Mann Whitney U, z=-3.2, p=0.0015; Fig 4
median male=71.4 kHz, IQR=65.9-77.4 median female=70.5 kHz, IQR=65.2-77.8 kHz; Mann Whitney U, z=2.3, p<0.02; Fig 4
x10 kHz/s male IQR=-2.9x10-3.2x10 kHz/s female IQR=-0.78-2.8x10 kHz/s; Mann Whitney U, z=-19.1, p<10^-77 ; Fig 4
median male=48.6 mV, IQR=33.4-74.1 mV median female=45.0 mV, IQR=30.9-70.3 mV; Mann Whitney U, z=8.1, p<10^-14 ; Fig 4
median male=7.9 kHz, IQR=7.2-8.7 kHz median female=5.7 kHz, IQR=5.5-6.7 kHz; Mann Whitney U Test; z=3.8, p<10^-3 ; Fig 6
male IQR=16.2-18.1 msec female IQR=16.7-18.2 msec; Mann Whitney U Test; z=-0.9, p=0.4; Fig 6
median male=75.1 kHz, IQR=73.2-79.5 kHz median female=74.7 kHz, IQR=72.2-78.8 kHz; Mann Whitney U Test; z=0.7, p=0.5; Fig 6
median male=65.9 kHz, IQR=64.7-68.9 kHz median female=66.4 kHz, IQR=65.2-69.7 kHz; Mann Whitney U Test; z=-0.4, p=0.7; Fig 6
medians equaling 70.1 kHz male IQR=68.9-73.9 kHz female IQR=68.3-74.3 kHz; Mann Whitney U Test; z=0.2, p=0.9; Fig 6
median male=2.7x10 kHz/s, IQR=2.7x10-2.8x10 kHz/s median female=2.8x10 kHz/s, IQR=2.8x10-2.9x10 kHz/s; Mann Whitney U Test; z=-3.4, p<10^-3 ; Fig 6
male IQR=40.3-54.0 mV female IQR=37.7-50.1 mV; Mann Whitney U Test; z=1.0, p=0.3
male median=10.9 kHz, IQR=7.5-15.2 kHz female median=5.7 kHz, IQR=4.0-7.6 kHz; Mann Whitney U Test, z=-7.3, p<10^-11
median=7.2 kHz, IQR=5.6-10.3 kHz; Mann Whitney U Test; z=-9.6, p<10^-18
Fig 7C male IQR=6.3-12.9 kHz female IQR=4.7-12.7 kHz, Mann Whitney U Test; z=-1.1, p=0.3
Fig 7D male IQR=-0.2-7.5x10 Hz/s female IQR=-0.4-1.7 x10kHz/s; Mann Whitney U Test, z=-4.2, p<10^-3
median=1.7x10 kHz/s, IQR=0.51-3.4x10 kHz/s; Mann Whitney U Test, z=-8.3, p<10^-14
median=-1.1x10 kHz/s, IQR=-4.1x10 - -0.2x10 kHz/s; Mann Whitney U Test; z=0.1, p=1.0
median=6.3 kHz, IQR=4.1-7.8 kHz; Mann Whitney U Test; z=4.1, p<10^-3
median=4.9 kHz, IQR=2.9-5.3 kHz; Mann Whitney U Test; z=2.0, p=0.04
median=7.2 kHz, IQR=5.6-10.5 kHz; Mann Whitney U Test; z=8.97, p<10^-17
median=6.9 kHz, IQR=4.9-8.9 kHz; Mann Whitney U Test; z=3.1, p=0.002
male IQR=6.3-12.8 kHz female IQR=5.6-12.8 kHz; Mann Whitney U Test; z=0.6, p=0.6
median=6.3 kHz, IQR=3.9-10.7 kHz; Mann Whitney U Test; z=1.41, p=0.2
median=0.03x10 kHz/s, IQR=-0.04-0.2x10 kHz/s; Mann Whitney U Test; z=6.9, p<10^-10
median=0.1x10 kHz/s, IQR=-0.02-0.2x10 kHz/s; Mann Whitney U Test; z=3.8, p<10^-3
median=0.2x10 kHz/s, IQR=0.05-0.4x10 kHz/s; Mann Whitney U Test; z=7.0, p<10^-10
median=0.12x10 kHz/s, IQR=0.05-0.3x10 kHz/s; Mann Whitney U Test; z=3.49, p<10^-4
median=-0.1x10 kHz/s, IQR=-0.4-0.05x10 kHz/s; Mann Whitney U Test; z=-0.5, p=0.6
median=-0.3x10 kHz/s, IQR=-0.5 -0.02x10 kHz/s; Mann Whitney U Test; z=0.09, p=0.9