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. 2023 May 9;11:1149125. doi: 10.3389/fped.2023.1149125

Table 3.

Logistic regression and neural network models estimating the influence of pediatricians’ recommendation and participants’ socio-demographic characteristics and caregivers’ COVID-19 vaccine acceptance for children.

Socio-demographic Predictors Multinomial logistic regression MLPNN
−2 Log likelihood of reduced modela χ 2 p-value Rank Relative importance (%) Rank
Participants’ COVID Vaccination Status 758.753 108.96 <.001* 1 20.95% 1
Pediatricians’ Recommendation Score 758.143 108.35 <.001* 2 17.46% 2
Participants’ Post-Vaccination Side Effects 686.176 36.38 .014* 3 9.50% 3
HHS Category 680.39 30.60 .032* 4 8.14% 5
Race 673.48 23.69 .049* 5 5.37% 10
Child's Influenza Vaccination Status 668.5 18.71 <.001* 6 7.83% 6
Age 667.909 18.12 .020* 7 6.12% 8
Financial Status 659.542 9.75 0.136 8 8.70% 4
Healthcare Worker 659.02 9.23 .010* 9 3.32% 11
Gender 658.193 8.40 0.078 10 6.06% 9
Level of Education 655.356 5.56 0.696 11 6.55% 7
a

Model Fitting Criteria and the rank list of the predictors in regression model was computed based on the value of “−2 Log Likelihood of Reduced Model”, which estimated the degree of change in regression model if that variable was removed from the analysis. The ranking of the predictors in MLPNN model was determined by their relative importance.

*

p-value <0.05 was considered significant. MLPNN, multilayer perceptron neural network.