ライフサイエンスコーパス: stress symptom

1 rs reported at least 1 current posttraumatic stress symptom.

2 nce while Thellungiella displayed no obvious stress symptoms.

3 Physical Functioning Scale and posttraumatic stress symptoms.

4 and acquired neural markers of posttraumatic stress symptoms.

5 ltreatment history and current posttraumatic stress symptoms.

6 posed individuals according to posttraumatic stress symptoms.

7 l within various physiological functions and stress symptoms.

8 egative coping strategies and post-traumatic stress symptoms.

9 ffect was also independent of post-traumatic stress symptoms.

10 e only noncoping predictors of posttraumatic stress symptoms.

11 that most strongly influenced post-traumatic stress symptoms.

12 e children at greater risk for posttraumatic stress symptoms.

13 hout subsequent war-zone exposure or chronic stress symptoms.

14 aine accumulation without causing any of the stress symptoms.

15 ificant anxiety and depression and traumatic stress symptoms.

16 centrations below those needed for the other stress symptoms.

17 orrelated with two measures of posttraumatic stress symptoms.

18 an event further predict later posttraumatic stress symptoms.

19 ffice building predicted later posttraumatic stress symptoms.

20 For post-traumatic stress symptoms, 48 (67.6%) were at risk.

21 ivary cortisol levels and pain, fatigue, and stress symptoms, 5 times a day for 2 consecutive days, w

22 Event Scale-Revised assessing posttraumatic stress symptoms 60 days after hospital discharge.

23 ent predictor of the subjects' posttraumatic stress symptoms 7-10 months after the traumatic event.

24 the adults reported one or more substantial stress symptoms; 91 percent had one or more symptoms to

25 Interventions to treat posttraumatic stress symptoms after critical illness to improve mental

26 Despite the prevalence of posttraumatic stress symptoms after firearm injury, little is known ab

27 wards experienced significant post-traumatic stress symptoms after their child's discharge.

28 event increases the severity of accompanying stress symptoms, an effect that is reminiscent of evolut

29 Mg(2+) at 10 to 20 mM induces both stress symptoms and glycinebetaine, but only at low (0.2

30 se daughters than case sons reported somatic stress symptoms and low self-esteem and displayed more c

31 ramatic consequences, as manifested in acute stress symptoms and maladaptive fears.

32 Furthermore, both stress symptoms and pain symptoms were each strongly pre

33 ependently and significantly associated with stress symptoms and poorer functioning.

34 itionally been associated with salinity-like stress symptoms and presumed to utilise sodium (Na(+)) t

35 of long-term, disaster-related posttraumatic stress symptoms and probable posttraumatic stress disord

36 n=35) reported some degree of post-traumatic stress symptoms, and 21.5% (n=23) had elevated (>/=34) s

37 nts, respectively; 46% reported both CVD and stress symptoms, and 31% reported all three.

38 rty-five percent of children had one or more stress symptoms, and 47 percent were worried about their

39 lling for sex, age, education, posttraumatic stress symptoms, and psychiatric disorder.

40 tal Anxiety and Depression Scales, traumatic stress symptoms, and psychological mechanisms including

41 had worse anxiety-depression, posttraumatic stress symptoms, and quality of life at all follow-up po

42 variables, anxiety-depression, posttraumatic stress symptoms, and quality of life were collected 0, 7

43 ression), depression, anxiety, posttraumatic stress symptoms, and resilience between 2019-2022.

44 ffer B vitamin deficiencies and that certain stress symptoms are metabolic knock-on effects of these

45 The primary endpoint was change in stress symptoms, assessed with the Depression Anxiety St

46 iated with increased level of post-traumatic stress symptoms at 12 months.

47 Posttraumatic stress symptoms at 7 weeks significantly correlated with

48 OVID positive women endorsed acute traumatic stress symptoms at a clinical level in response to child

49 served between cortisol level and fatigue or stress symptoms at any of the 5 time points.

50 The presence of cancer-related stress symptoms at baseline was strongly predictive of t

51 anxiety disorder and those presenting acute stress symptoms at ICU discharge are more at risk to dev

52 interventions to prevent and treat traumatic stress symptoms beginning within 3 months of a traumatic

53 Stress symptoms brought on by high NaCl and other induce

54 lopment of PTSD symptoms and general anxiety/stress symptoms but not on the development of depression

55 Posttraumatic stress symptoms can be expected in some health professio

56 Women in MBCR improved more over time on stress symptoms compared with women in both the SET (P =

57 ychological effects including post-traumatic stress symptoms, confusion, and anger.

58 Posttraumatic stress symptoms decreased by at least 1 level of clinica

59 patients and spouses, reported posttraumatic stress symptoms defined as clinically relevant.

60 weeks predicted worse 3-month posttraumatic stress symptoms, distinct from the effects of childhood

61 isturbance (effect size, 0.25) and traumatic stress symptoms (effect size, 0.33) for the treatment co

62 be effective for individuals with traumatic stress symptoms, especially those who meet the threshold

63 ortion of children manifesting posttraumatic stress symptoms experienced only a low-magnitude stresso

64 entify predictors of parental post-traumatic stress symptoms following child hospitalization.

65 Posttraumatic stress symptoms further influenced the mental health-rel

66 ) symptoms, a small effect on post-traumatic stress symptoms (g=0.12), a large effect on acrophobia s

67 Network analysis indicated that stress symptoms had the highest expected influence value

68 This was a study of posttraumatic stress symptoms in children and adolescents during siege

69 ts aimed at preventing or reducing traumatic stress symptoms in individuals within 3 months of exposu

70 soldiers' risk for PTSD and general anxiety/stress symptoms in response to war-zone stressors.

71 udy assessed the prevalence of posttraumatic stress symptoms in young adult survivors of childhood ca

72 ctivity (anxiety, depression, post-traumatic stress symptoms) in mothers of newly diagnosed patients.

73 MB) was associated with more early traumatic stress symptoms; in fact, several hours of BMB-related d

74 eaf growth without causing any other visible stress symptoms, including the accumulation of DNA damag

75 For treatment of traumatic stress symptoms irrespective of diagnosis, trauma-focuse

76 1) and with greater depressive, anxiety, and stress symptoms (mean difference, 20.4; 95% CI, 16.1-24.

77 ); proportion of patients with posttraumatic stress symptoms (measured using the Impact of Event Scal

78 lifetime suicide attempt and post-traumatic stress symptoms; no differences were found in the number

79 e, post-traumatic growth, and post-traumatic stress symptoms; noncancer CCSS siblings served as a com

80 analysis, an increase in total posttraumatic stress symptoms (odds ratio [OR], 2.09; 95% CI, 1.33-3.2

81 ithin 8 days of the event, and posttraumatic stress symptoms of 32 employees were assessed 7 to 10 mo

82 rs were more likely to report post-traumatic stress symptoms of avoidance and/or hyperarousal (both P

83 were engaging in to manage pandemic-related stress, symptoms of depression, anxiety and global psych

84 osed to PCB-153 displayed elevated oxidative stress, symptoms of hemolytic anemia, and premature deat

85 nting the impact of a person's posttraumatic stress symptoms on his or her own mental health-related

86 ed by the impact of a person's posttraumatic stress symptoms on his or her partner's mental health-re

87 a significantly greater decline in traumatic stress symptoms on the Impact of Event Scale (effect siz

88 eal any significant effect on post-traumatic stress symptoms or sense of coherence after ICU discharg

89 No differences in post-traumatic stress symptoms or sense of coherence were found between

90 These findings suggest that posttraumatic stress symptoms, pain spatial distribution, perceived av

91 unities who reported elevated post-traumatic stress symptoms persistently for two years after the tsu

92 ve Symptom Questionnaire) and post-traumatic stress symptoms (Posttraumatic Stress Disorder Checklist

93 Secondary outcomes were posttraumatic stress symptoms (Posttraumatic Stress Disorder Checklist

94 terrorism post-9/11, high 9/11-related acute stress symptoms predicted increased risk of physician-di

95 y, older age, and more severe post-traumatic stress symptoms provided a good prediction of later adve

96 saster trajectories of chronic posttraumatic stress symptom (PTSS) and depression symptoms in a longi

97 controls, were associated with posttraumatic stress symptom (PTSS) severity, or were affected by como

98 sociodemographic factors and post-traumatic stress symptoms (PTSS) among 18-24-year-olds during the

99 Among disabling post-traumatic stress symptoms (PTSS) are irritability, aggressive beha

100 s may be a vulnerable group to posttraumatic stress symptoms (PTSS) during the Coronavirus disease 20

101 Posttraumatic stress symptoms (PTSS) such as intrusive thoughts, physi

102 The main outcomes were posttraumatic stress symptoms (PTSS), global distress, worry about fut

103 n between somatic symptoms and posttraumatic stress symptoms (PTSS), PTSD and non-PTSD groups were co

104 ns of depression, anxiety, and posttraumatic stress symptoms (PTSS); and modifiable health factors.

105 on will experience significant posttraumatic stress symptoms (PTSSs), but little is known about how P

106 mptoms, insomnia symptoms, and posttraumatic stress symptoms (PTSSs).

107 Secondary outcomes were stress symptoms, quality of life, and social support.

108 ed outreach, support work, and screening for stress symptoms related to the disaster in the NYPD from

109 Few data on stress symptoms related to the World Trade Center disast

110 O3 stress symptoms resembled those of senescence and phosph

111 Acute stress symptom scores were comparable in Boston and New

112 , were associated with higher post-traumatic stress symptoms scores at three months post-discharge, e

113 is a significant predictor of posttraumatic stress symptom severity 60 days after hospitalization in

114 etween patient death and later posttraumatic stress symptom severity.

115 also be related to subsequent posttraumatic stress symptom severity.

116 ession, anxiety problems, and post-traumatic-stress symptoms shortly after admission.

117 ves of PTSD, depression, and general anxiety/stress symptoms showed a significant curvilinear relatio

118 Severity of posttraumatic stress symptoms significantly decreased among the subjec

119 R, especially in reduction of post-traumatic stress symptoms (SMD = 0.51).

120 lmost a quarter of men experienced traumatic stress symptoms specific to breast cancer.

121 ere better predictors of later posttraumatic stress symptoms than coping strategies 5 days after ICU

122 -treatment complications, and post-traumatic stress symptoms that can significantly diminish their qu

123 egies and resources predicted post-traumatic stress symptoms three months after the child's discharge

124 t exposure to the bombings (continuous acute stress symptom total: media exposure b = 15.61 vs. direc

125 association between maternal depression and stress symptom trajectories and infant fecal sIgA concen

126 d in-hospital to ascertain substantial acute stress symptoms using the Posttraumatic Stress Disorder

127 Depression, anxiety, and posttraumatic stress symptoms varied with discrimination exposure.

128 The improvement in posttraumatic stress symptoms was attributable to improvement in all t

129 factors, cancer history, and cancer-related stress symptoms) was performed.

130 rt, cognitive functioning, and posttraumatic stress symptoms were also assessed using standardized in

131 Somatic and posttraumatic stress symptoms were assessed using the Patient Health Q

132 Posttraumatic stress symptoms were assessed using the University of Ca

133 Post-traumatic stress symptoms were assessed via self-report questionna

134 tressors as well as subsequent posttraumatic stress symptoms were assessed with the Child and Adolesc

135 The acute stress symptoms were assessed within 8 days of the event

136 Mother's lifetime posttraumatic stress symptoms were associated with child's PTSD in dos

137 High levels of posttraumatic stress symptoms were associated with female sex (odds ra

138 to determine whether mothers' posttraumatic stress symptoms were associated with PTSD in their young

139 Cognitive functioning and posttraumatic stress symptoms were both significantly associated with

140 Acute stress symptoms were found to be an excellent predictor

141 aracteristics, in-hospital substantial acute stress symptoms were independently associated with great

142 Reductions in traumatic stress symptoms were observed at postintervention follow

143 Below this concentration, hardly any stress symptoms were observed.

144 dependence Model revealed that posttraumatic stress symptoms were related to patients' (beta = -0.71,

145 Posttraumatic stress symptoms were reported in a total of 41 patients

146 Two measures of posttraumatic stress symptoms were used: having painful recall, hypera

147 l, Ca(2+) ions at 10 to 20 mM decrease these stress symptoms without diminishing, or even increasing,