Kinematic analysis of movement impaired by generalization of fear of movement-related pain in workers with low back pain

bootstrap sampling procedure enables stable estimations

Cancer care disruption and reorganisation during the COVID-19 pandemic in Australia: A patient, carer and healthcare worker perspective

inductive thematic qualitative content analysis

Is left-behind a real reason for children's social cognition deficit? An fNIRS study on the effect of social interaction on left-behind preschooler's prefrontal activation

CH5(<italic toggle="yes">F=9.454,<italic toggle="yes">p=0.0012), CH10 (<italic toggle="yes">F=7.374,<italic toggle="yes">p=0.027
CH1 (<italic toggle="yes">t=2.605,<italic toggle="yes">p=0.013, Cohen's D=0.75), CH8 (<italic toggle="yes">t=2.312,<italic toggle="yes">p=0.028, Cohen's D=0.72), CH11 (<italic toggle="yes">t=2.896,<italic toggle="yes">p=0.006, Cohen's D=0.89), CH16 (<italic toggle="yes">t=2.235,<italic toggle="yes">p=0.031, Cohen's D=0.68), CH18 (<italic toggle="yes">t=3.173,<italic toggle="yes">p=0.003, Cohen's D=0.94
CH1 (<italic toggle="yes">t=2.061,<italic toggle="yes">p=0.044, Cohen's D=0.58), CH3 (<italic toggle="yes">t=2.058,<italic toggle="yes">p=0.045, Cohen's D=0.64), CH6 (<italic toggle="yes">t=2.054,<italic toggle="yes">p=0.045, Cohen's D=0.59), CH8 (<italic toggle="yes">t=2.653,<italic toggle="yes">p=0.013, Cohen's D=0.78), CH10 (<italic toggle="yes">t=2.195,<italic toggle="yes">p=0.033, Cohen's D=0.61), CH13 (<italic toggle="yes">t=2.305,<italic toggle="yes">p=0.025, Cohen's D=0.61), CH16 (<italic toggle="yes">t=2.768,<italic toggle="yes">p=0.008, Cohen's D=0.79), CH18 (<italic toggle="yes">t=3.209,<italic toggle="yes">p=0.002, Cohen's D=0.9), CH19 (<italic toggle="yes">t=2.637,<italic toggle="yes">p=0.011, Cohen's D=0.73

Infective prey leads to a partial role reversal in a predator-prey interaction

S</disp formula><disp formula id="pone.0249156.e014">removedGRAPHIC S '=1
e SI=1.22e-10, making<italic toggle="yes">a 12=0
toggle="yes">J 22<italic toggle="yes">J 33 -<italic toggle="yes">J 23<italic toggle="yes">J 32=-[<italic toggle="yes">r<italic toggle="yes">S +<italic toggle="yes">K<italic toggle="yes">C<italic toggle="yes">ae<italic toggle="yes">CS -<italic toggle="yes">μ<italic toggle="yes">S ](<italic toggle="yes">μ<italic toggle="yes">S +<italic toggle="yes">μ<italic toggle="yes">inf +<italic toggle="yes">b)<0
yes">J 22<italic toggle="yes">J 33 -<italic toggle="yes">J 23<italic toggle="yes">J 32>0 if -<italic toggle="yes">K<italic toggle="yes">C<italic toggle="yes">ge<italic toggle="yes">SI (<italic toggle="yes">μ<italic toggle="yes">S +<italic toggle="yes">μ<italic toggle="yes">inf)-(<italic toggle="yes">r<italic toggle="yes">S -<italic toggle="yes">μ<italic toggle="yes">S)(<italic toggle="yes">μ<italic toggle="yes">S +<italic toggle="yes">μ<italic toggle="yes">inf +<italic toggle="yes">b)>0
rC=0.5 growth rates. The predator's grazing rate<italic toggle="yes">g=3.<italic toggle="yes">0 -10<italic toggle="yes">-4
rC=0.5 growth rates. Infectivitys are eSI=10-13
rC=0.5 growth rates. The infectivitys are eSI=10-13