Table 2.

Posterior mean estimates of the probabilities of preeclampsia and LBW (with Monte Carlo standard errors). $z_{p}^{i}$ and $z_{l b w}^{i}$ are indicator variables equal to 1 if woman i developed preeclampsia and delivered a LBW infant, respectively. Woman 1: $z_{p}^{1} = 1$ , $z_{l b w}^{1} = 1$ ; Woman 2: $z_{p}^{2} = 1$ , $z_{l b w}^{2} = 0$ ; Woman 3: $z_{p}^{3} = 0$ , $z_{l b w}^{3} = 1$ ; Woman 4: $z_{p}^{4} = 0$ , $z_{l b w}^{4} = 0$ .

	Subjects
$\Pr (z_{p}^{i} = 1)$	1	2	3	4
20th week	0.2545 (0.0037)	0.2085 (0.0034)	0.0711 (0.0019)	0.1179 (0.0025)
25th week	0.2819 (0.0047)	0.1314 (0.0031)	0.1148 (0.0038)	0.1046 (0.0027)
30th week	0.3640 (0.0044)	0.1960 (0.0035)	0.0855 (0.0023)	0.0985 (0.0023)
35th week	0.4185 (0.0042)	0.1141 (0.0023)	0.1128 (0.0024)	0.0983 (0.0021)

$\Pr (z_{l b w}^{i} = 1)$	1	2	3	4

20th week	0.2582 (0.0054)	0.0858 (0.0032)	0.2544 (0.0053)	0.1144 (0.0037)
25th week	0.2391 (0.0056)	0.0644 (0.0030)	0.3166 (0.0062)	0.0981 (0.0038)
30th week	0.3193 (0.0058)	0.0986 (0.0035)	0.2865 (0.0057)	0.1056 (0.0036)
35th week	0.3462 (0.0058)	0.0608 (0.0027)	0.3462 (0.0058)	0.0997 (0.0034)