Table 4.

Ordered logistic regression of the influence of electronics and demographics on children's number of sedentary behavior days with friends.

Model Predictors	Unadjusted	Adjusted
	Odds ratio	Odds ratio	95% CI		p-Value
			Lower	Upper
No child's bedroom television	0.304	0.314	0.067	1.47	0.142
No child's bedroom VCR/DVD player	0.326	0.211	0.044	1.00	0.051⁎
No child's bedroom computer	0.394	0.712	0.210	2.42	0.586
No child's bedroom video game system	0.452	1.72	0.447	6.60	0.431
No child's cell phone	0.486	0.6412	0.124	1.37	0.148
No child's cell hand-held video game player	0.828	2.59	1.02	6.57	0.045⁎
No child's tablet	0.576	0.726	0.253	2.08	0.551
No child's portable music player	0.466	0.363	0.136	0.970	0.043⁎
Parent education (some high school)
Some college/vocational	0.055	0.191	0.019	1.93	0.161
Completed bachelor's degree	0.093	0.274	0.030	2.50	0.251
Completed graduate/professional degree	0.052	0.141	0.015	1.32	0.086
Child's age	1.19	1.01	0.728	1.40	0.960
Child's gender (male)
Female	0.627	0.291	0.110	0.772	0.013⁎
Child's race (African American)
Asian American	0.418	1.18	0.173	8.03	0.867
White	0.690	1.95	0.482	7.85	0.350
Other	0.403	0.370	0.046	2.94	0.347
Child's ethnicity (Hispanic/Latino)
Non-Hispanic/Latino	0.539	0.616	0.091	4.17	0.619

Within the multivariable ordered logistic regression model, the odds ratios reported for each independent variable are adjusted as they account for the other variables in the model.

^⁎Statistically significant (p-value ≤ 0.05).