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1  disorder, bipolar spectrum disorder and any major affective disorder).
2 and in 3% of the relatives without recurrent major affective disorder.
3 sis included 202 first-degree relatives with major affective disorder.
4  trimester would increase the risk for adult major affective disorder.
5 sed rates (2.1 vs 0.6 per 1000) (P < .05) of major affective disorder.
6 vation was observed for the bipolar forms of major affective disorder.
7 pressive disorder, 44 bipolar disorder) with major affective disorder.
8 n the genetic and nongenetic determinants of major affective disorders.
9 ; P = .007) was predictive of later onset of major affective disorders.
10 ional analyses revealed that the increase of major affective disorder among subjects in the index gro
11 esent in 17% of the relatives with recurrent major affective disorder and in 3% of the relatives with
12 on subjects had no schizophrenia spectrum or major affective disorders and were matched to patients b
13 gnosed as having a schizophrenia spectrum or major affective disorder, and were matched to cases on d
14 ed with a schizophrenia spectrum disorder or major affective disorder, and were matched to subjects w
15 n diagnosed with a schizophrenia spectrum or major affective disorder; and were matched to cases on d
16 enia or schizoaffective disorder; 55.8%, for major affective disorders; and the remainder met criteri
17 nical diagnoses in the larger Amish Study of Major Affective Disorder (ASMAD) cohort, and studied mut
18               Lifetime DSM-IV diagnosis of a major affective disorder (BP type I; schizoaffective dis
19  cases showed a 23.4% lifetime prevalence of major affective disorders compared with 4.4% in controls
20 contribution to the origins of some forms of major affective disorder, especially unipolar depressive
21  in the proportion of hospital diagnoses for major affective disorder for individuals exposed to the
22 izophrenia (HR, 1.23; 95% CI, 0.86-1.60) nor major affective disorder (HR, 1.05; 95% CI, 0.87-1.23) r
23 izophrenia (HR, 1.34; 95% CI, 1.01-1.67) and major affective disorders (HR, 1.11; 95% CI, 1.02-1.20)
24                             Among women with major affective disorders, illness risk was much greater
25 16% vs 2%) (P < .001), although the rates of major affective disorder in women (8% vs 3%) (P > .05) w
26              Among case subjects manifesting major affective disorders (n = 33), there was an increas
27 0.021), bipolar spectrum (P = 0.031) and any major affective disorder (P = 0.016).
28             The authors compared the risk of major affective disorder requiring hospitalization in bi
29 ly ascertained cases, the risk of developing major affective disorder requiring hospitalization was i
30                               These cases of major affective disorder requiring hospitalization were
31 natal famine in middle to late gestation and major affective disorders requiring hospitalization.
32 frican American patients with a diagnosis of major affective disorder treated over the period from No
33 r a genetic linkage study, 337 subjects with major affective disorder were assessed by using the Sche
34 ual and previously undescribed patients with major affective disorder who not only had been continuou
35 = 40 [SD = 11] with a DSM-III-R diagnosis of major affective disorder who were in the course of eithe

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