. 2016 Jul 8;11(1):99–107. doi: 10.1177/1557988315596225

Table 2.

Multivariate Logistic Regression Model of PSA Testing.

Variable	Level	OR	95% CI	p Value
Ever use PSA
Education	≥Some college	3.37	[1.20, 9.43]	.02
Education	≤High school	3.37	[1.20, 9.43]	.02
Employed	Employed	2.47	[0.71, 8.60]	.16
Employed	Not employed	2.47	[0.71, 8.60]	.16
Income	>$20,000	9.80	[3.15, 30.51]	.0001
Income	≤$20,000	9.80	[3.15, 30.51]	.0001
Knowledge about PC screening recommendation	Correct	0.57	[0.20, 1.62]	.29
Knowledge about PC screening recommendation	Incorrect	0.57	[0.20, 1.62]	.29
HCP communication about PSA	Yes	14.2	[4.20, 48.10]	.0001
HCP communication about PSA	No	14.2	[4.20, 48.10]	.0001
Exposure to PC Information	A fair amount/a lot	2.69	[0.81, 8.94]	.11
Exposure to PC Information	Almost nothing	2.69	[0.81, 8.94]	.11
Future temporal orientation	***	0.66	[0.47, 0.93]	.02
Annual PSA
Employment status	Not employed	1.90	[0.68, 5.32]	.22
Employment status	Employed	1.90	[0.68, 5.32]	.22
Health insurance	Yes	5.10	[1.67, 15.60]	.004
Health insurance	No	5.10	[1.67, 15.60]	.004
Exposure to PC Information	A fair amount/a lot	2.51	[0.74, 8.52]	.14
	Almost nothing

Note. PSA = prostate-specific antigen; OR = odds ratio; CI = confidence interval; PC = prostate cancer; HCP = health care providers.