ライフサイエンスコーパス: postpartum depression

1 tential role of oxytocin in the treatment of postpartum depression.

2 cteristics and neuroendocrine foundations of postpartum depression.

3 g pregnancy is a significant risk factor for postpartum depression.

4 an important neural mechanism, or effect, of postpartum depression.

5 An estimated 10-20% of mothers suffer from postpartum depression.

6 uch as that in autistic spectrum disorder or postpartum depression.

7 melatonin generating system in pregnancy and postpartum depression.

8 cts, and 17 (34.7%) of the women experienced postpartum depression.

9 isk for delivery by cesarean section and for postpartum depression.

10 euthymic women with and without a history of postpartum depression.

11 o evaluate the efficacy of psychotherapy for postpartum depression.

12 est that IPT is an efficacious treatment for postpartum depression.

13 e, homicide, bipolar disorder, and major and postpartum depressions.

14 Five of the eight women with a history of postpartum depression (62.5%) and none of the eight wome

15 et of seven of 19 international sites in the Postpartum Depression: Action Towards Causes and Treatme

16 re in the Chinese population and there is no postpartum depression among Chinese women.

17 Rates of postpartum depression among Latina and African American

18 matter in children, though relations between postpartum depression and children's brains and the role

19 al depression and related disorders, such as postpartum depression and premenstrual dysphoric disorde

20 research concerning the role of oxytocin in postpartum depression, and (b) to highlight areas that d

21 ted in the genesis of premenstrual syndrome, postpartum depression, and other anxiety disorders.

22 r, they suggest that women with a history of postpartum depression are differentially sensitive to mo

23 pressive symptoms in women with a history of postpartum depression but not in the comparison group af

24 purported to play a role in the etiology of postpartum depression, but direct evidence for this role

25 identification and referral of mothers with postpartum depression by screening regularly during well

26 role of changes in gonadal steroid levels in postpartum depression by simulating two hormonal conditi

27 t carries important implications, given that postpartum depression can have detrimental effects on bo

28 Postpartum depression causes women great suffering and h

29 hout diabetes (n = 604, 5.9%) of receiving a postpartum depression diagnosis or taking an antidepress

30 onment, resulting in a crossover of risks of postpartum depression for the most reactive groups.

31 The role of oxytocin in the treatment of postpartum depression has been a topic of growing intere

32 Breastfeeding was not related to postpartum depression however differences in stress and

33 feeding may have a stress-protective role in postpartum depression; however, less is known about the

34 rogen and progesterone in the development of postpartum depression in a subgroup of women.

35 However, subsequent small-scale studies of postpartum depression in China have yielded contradictor

36 The authors attempted to reduce the rate of postpartum depression in high-risk women and to increase

37 perinatal depression, including new onset of postpartum depression, in our sample of low-income new m

38 Postpartum depression is common among contemporary Chine

39 on to optimize appropriate identification of postpartum depression is critical, these brief tools hav

40 Pharmacological treatment of postpartum depression is frequently complicated by the m

41 well established that maternal prenatal and postpartum depression is prevalent and has negative pers

42 e first year of child rearing as symptoms of postpartum depression may appear at any time and its pro

43 Postpartum depression necessitates thorough exploration.

44 Postpartum depression occurrence was studied in the fema

45 al depression, a substantial risk factor for postpartum depression, occurs in 10% of pregnant women,

46 ce of familial clustering of broadly defined postpartum depression (onset within 6 months).

47 ogical and behavioral problems, and maternal postpartum depression, participants in the top third of

48 Postpartum depression (PPD) affects approximately 10-18%

49 Postpartum depression (PPD) is common and has serious im

50 usly shown to be prospectively predictive of postpartum depression (PPD) when modeled in antenatal bl

51 Some 5%-15% of all women experience postpartum depression (PPD), which for many is their fir

52 m blues (PPB) is often a prodromal state for postpartum depression (PPD), with severe PPB strongly as

53 GABA(A) receptor subunit in the etiology of postpartum depression, presaging elucidation of the path

54 The neural mechanisms involved in postpartum depression remain unknown, but brain processi

55 A universal postpartum depression-screening program would be useful

56 rrelation between left amygdala activity and postpartum depression severity and a significant positiv

57 e emotional faces is associated with greater postpartum depression severity and more impaired materna

58 After an initial postpartum depression, she had cycled into a manic state

59 r frequency of birth by cesarean section and postpartum depression than did nonsymptomatic women.

60 Gabrd(-/-) mice constitute a mouse model of postpartum depression that may be useful for evaluating

61 Prenatal and postpartum depression was evident in about 10% of men in

62 istance who had at least one risk factor for postpartum depression were randomly assigned to a four-s

63 sistance who were assessed to be at risk for postpartum depression were randomly assigned to receive

64 depression is a significant risk factor for postpartum depression, with a 10%-12% prevalence in all

65 en-eight with and eight without a history of postpartum depression-with the gonadotropin-releasing ho