ライフサイエンスコーパス: mood change

1 d hippocampal volume increase independent of mood change.

2 change in amygdala reactivity is related to mood change.

3 l mechanisms underlying the light associated mood changes.

4 neural mechanisms underlying light-dependent mood changes.

5 inly depressive and mixed symptoms and rapid mood changes.

6 re associated with poorer outcomes and rapid mood changes.

7 cluded skin and ocular dryness, fatigue, and mood changes.

8 abdominal cramping, dizziness, headache, and mood changes.

9 scales for desire to use cocaine now and for mood changes.

10 rn and the consequent daytime sleepiness and mood changes.

11 s was modulated by individual differences in mood change across the DEP drink day, where subjects who

12 Mood changes after syncope (n = 323; sensitivity, 3% [95

13 h: F1,57 = .14, P = .71) was comparable with mood changes along the menstrual cycle in women with nat

14 c symptoms, and emphasizing core features of mood change and alterations in cognitive content and psy

15 of synaptic signaling mechanisms underlying mood changes and antidepressant action and highlight how

16 icipation of pain can in its own right cause mood changes and behavioral adaptations that exacerbate

17 report side effects, including hot flashes, mood changes, and cognitive impairment.

18 and among the groups, psychoactive effects, mood changes, and other adverse events.

19 Increased activity and energy alongside mood change are identified in the DSM-5 as cardinal symp

20 odifications of pathways mediating transient mood changes are present in unipolar depression independ

21 Does our mood change as time passes?

22 s of irritability, nervousness, and frequent mood changes but not of feeling "blue." The effect of be

23 hat peaked between 4 and 12 weeks, preceding mood change by 4 weeks.

24 Ratings of acute mood change during serotonergic challenge were compared

25 re were no other significant psychoactive or mood change effects.

26 to T-scores to facilitate interpretation of mood change (>20 indicates a reliable change, >30 indica

27 could contribute to drug- or stress-induced mood changes in people and support the hypothesis that a

28 ork hours contribute to stress, fatigue, and mood changes in trainee physicians that are potentially

29 The purpose of this study was to determine mood changes in women with a parental history of alcohol

30 hat mediators of continuing ketamine-induced mood changes include altered timing and amplitude of the

31 ssive motor deficits, cognitive decline, and mood changes including anxiety and depression, with long

32 -term monitoring of dementia progression and mood changes is worth further investigation.

33 rtant role in the insulin resistance and the mood changes of PCOS patients.

34 ith lower likelihood of cardiac syncope were mood change or prodromal preoccupation with details (n =

35 model, which incorporates the "arousal" and "mood changing" potentials of stimuli and contexts.

36 shift towards a Th2-cytokine balance and to mood changes related to the immunoendocrine state.

37 ssociated with the menopausal transition and mood changes seen during this period may affect many wom

38 Other common symptoms such as mood changes, sleep disturbances, urinary incontinence,

39 linical changes, such as sleep disorders and mood changes, sometimes reported by human users of the s

40 al responses to negative stimuli and induces mood changes toward positive states.

41 rsened following TPD (relative to within-day mood change under BAL conditions) also showed lower acti

42 xecutive slowing, forgetfulness, dysarthria, mood changes, urinary symptoms, and short-stepped gait.

43 e possible association of that incident with mood changes using pre- and postdisaster data.

44 Mood changes were assessed using the Positive and Negati

45 tenderness, spotting, pelvic discomfort, and mood changes) were mild and short-lived.