Table 4.

Final Multivariable Logistic Regression Models for Wanting to Get the Human Papillomavirus Vaccine After Intervention: Demographics, Knowledge, and Behaviors Before Intervention and Knowledge and Behaviors After Intervention

Variables	Level	Odds Ratio	95% CI	Wald χ ²	P
Demographic
Age (years)				21.66	0.001
	25–29 vs 55+	11.62	3.60–37.51
	30–34 vs 55+	8.89	2.50–31.61
	35–39 vs 55+	9.62	2.66–34.79
	40–44 vs 55+	11.63	2.90–46.62
	45–49 vs 55+	7.53	2.05–27.68
	50–54 vs 55+	4.00	1.11–14.39
Monogamous	Yes vs no	0.46	0.21–1.00	3.85	0.05
Abnormal Pap test				6.84	0.03
	DK vs no	0.79	0.24–2.55
	Yes vs no	2.15	1.18–3.92
Knowledge and Behaviors Pre-Intervention
HPV causes cancer	Yes vs no	2.39	1.08–5.30	4.59	0.03
At risk for HPV	Yes vs no	2.14	1.00–4.57	3.88	0.05
Knowledge and Behaviors Post-Intervention
Would get any vaccine				7.32	0.03
	No vaccine vs STI vaccine	0.26	0.07–0.92
	Other vaccine vs STI vaccine	0.22	0.04–1.10
Important for partner to get HPV vaccine				47.92	<0.0001
	Important vs not important	25.20	9.66–65.72
	Neutral vs not important	14.44	5.83–35.79
Important for child to get HPV vaccine				10.46	0.005
	Important vs not important	3.54	0.51–24.56
	Neutral vs not important	1.04	0.15–7.45
Too late to get HPV vaccine	Yes vs no	0.18	0.08–0.44	14.76	0.0001

HPV, human papillomavirus; STI, sexually transmitted infection; DK, does not know if they havevever had an abnormal Pap test.