Skip to main content
. 2016 May 1;10(5):SC01–SC05. doi: 10.7860/JCDR/2016/19924.7810

[Table/Fig-8]:

Table showing Binary Logistic Regression between WHO Protocol Deviation as dependent variable and a set of Independent (Predictor) Variables in cases (n=402).

Dependent Variable Encoding
WHO Protocol Deviated Internal Value
Yes 1
No 0
Categorical variable coding Frequency Parameter coding
1 2
Grading of dehydration No Dehydration 359 1 0
Some Dehydration 26 0 1
Severe Dehydration 17 0 0
Fever No 232 1
Yes 170 0
OPD/IPD OPD 341 1
IPD 61 0
Block 1: Method = Enter
Model Summary
-2 Log likelihood Cox & Snell R Square Nagelkerke R Square
348.075 0.164 0.253
Variables in the Equation:
Variables B S.E. Wald df Sig. Exp (B)
Age (months) -0.017 0.008 5.159 1 0.02313 0.983
OPD/IPD (OPD) 1.205 0.783 2.370 1 0.124 3.338
Fever (No) -2.605 0.451 33.369 1 7.62× 10-09 0.074
Grading of dehydration 4.350 2 0.114
Grading of dehydration (No Dehydration) -2.096 1.341 2.443 1 0.118 0.123
Grading of dehydration (Some Dehydration) -0.052 1.357 0.001 1 0.970 0.95
Constant 4.509 1.188 14.400 1 1.5×10-04 90.828