ライフサイエンスコーパス: emotional distress

1 ates (eg, mobility) and internal states (eg, emotional distress).

2 llenges that generate uncertainty, fear, and emotional distress.

3 dren as part of their medical care to detect emotional distress.

4 es of critically ill patients can experience emotional distress.

5 receiving desired help for pain, fatigue, or emotional distress.

6 nd patients typically experience fatigue and emotional distress.

7 g its potential to heighten vulnerability to emotional distress.

8 of adjustment of anxious symptomatology and emotional distress.

9 posite indicators of stressful behaviors and emotional distress.

10 microbiome profiles in persons with IBS and emotional distress.

11 e tension to the model reduced the impact of emotional distress.

12 cifically by reduced overnight resolution of emotional distress.

13 of fertility loss, and is made at a time of emotional distress.

14 e amygdala, potentially helping to alleviate emotional distress.

15 ion adherence, diabetes-related support, and emotional distress.

16 ossible outcomes, including hope, trust, and emotional distress.

17 potential future use as a screening tool for emotional distress.

18 logical challenges and frequently experience emotional distress.

19 Adaptation was indicated by the degree of emotional distress.

20 eates the risk of genetic discrimination and emotional distress.

21 ite survey scores measuring diabetes-related emotional distress (-1.9 points vs 1.7 points; differenc

22 intestinal disorders (FGID) often experience emotional distress, a perceived lack of validation, and

23 trusion, interviewer ratings of anxiety, and emotional distress across 1 year significantly more than

24 n sheds light on resilience, well-being, and emotional distress across adulthood.

25 that accounted for the greatest variance in emotional distress/adaptation were the degree of emotion

26 ative self-disclosure (storytelling) reduces emotional distress after other traumatic experiences.

27 d interpersonal vulnerability and underlying emotional distress, along with anger, difficulty in regu

28 need for routine screening and treatment of emotional distress among individuals caring for relative

29 examine the prevalence of pain, fatigue, and emotional distress among patients with cancer, as well a

30 eating a grade in school was associated with emotional distress among students in junior high (P<.001

31 ite survey scores measuring diabetes-related emotional distress and attitudes toward health technolog

32 ved reduced emotional reactivity in terms of emotional distress and avoidance in the MT group in comp

33 more, in behavioral ratings PP showed higher emotional distress and avoidance.

34 trong motor-cognitive decline and consequent emotional distress and codependence.

35 arbor their conspiratorial beliefs with less emotional distress and expect less volatility in the tas

36 rison peers and their caregivers in terms of emotional distress and functional impairment; 2) whether

37 the mechanisms that can account for elevated emotional distress and health problems.

38 Evidence highlights the comorbidity between emotional distress and irritable bowel syndrome (IBS) th

39 Emotional distress and microbiome profile were significa

40 The first posited that emotional distress and muscle tension directly influence

41 The MORE group also had lower emotional distress and opioid craving.

42 Management of emotional distress and pain should be a central aspect o

43 tress', 'Distress and Parkinson's disease', 'Emotional Distress and Parkinson's disease', 'Stress and

44 h chronic pain and have been associated with emotional distress and physical dysfunction.

45 We found that both emotional distress and physical pain significantly influ

46 d particularly on functional issues, such as emotional distress and physical performance.

47 Diabetes is associated with emotional distress and poor mental health, especially fo

48 effects of psycho-oncologic interventions on emotional distress and quality of life in adult patients

49 with significant, small-to-medium effects on emotional distress and quality of life.

50 nital heart disease (CHD) is associated with emotional distress and reduced quality of life, yet evid

51 t hair loss, which is associated with future emotional distress and reduced quality of life.

52 and personal relationships, elucidating the emotional distress and societal challenges faced by pati

53 adults with mental illness often experience emotional distress and strained relationships.

54 lder than most" in class was associated with emotional distress and suicidal thoughts and behaviors a

55 e course of non-deceptive placebo effects on emotional distress and the psychological mechanisms that

56 es, especially in pregnant women, leading to emotional distress and unnecessary interventions, includ

57 U) or hospital experienced more physical and emotional distress and worse QoL at the EOL (all P </= .

58 "ethnicity AND (mental illness/mental health/emotional distress) AND (help-seeking/service utilisatio

59 for age at diagnosis, age at questionnaire, emotional distress, and cancer treatment exposures, cons

60 men experienced discomfort, loss of privacy, emotional distress, and concerns about further abuse.

61 ws, patients reported apprehension, anxiety, emotional distress, and coping related to HCC surveillan

62 Secondary outcomes were opioid dose, emotional distress, and ecological momentary assessments

63 assess the impact of HM on barriers to care, emotional distress, and inflammatory biomarkers among ca

64 had high occurrences of anxiety, depression, emotional distress, and mild cognitive impairment regard

65 two reported union dissolution, one reported emotional distress, and none reported intimate partner v

66 in symptoms and reductions in opioid dosing, emotional distress, and opioid craving compared with sup

67 ognitive function, neurobehavioral symptoms, emotional distress, and quality of life.

68 icant increases in difficulty concentrating, emotional distress, and symptoms of depression, all of w

69 omnia severity, hyperarousal, self-conscious emotional distress, and thought-like nocturnal mentation

70 ationships among masticatory muscle tension, emotional distress, and TMJD pain in a sample of 7,023 o

71 fatigue, insomnia, musculoskeletal symptoms, emotional distress, anger, and depression.

72 The main outcome measures were emotional distress, anxiety, depression, and quality of

73 Physician burnout and emotional distress are associated with work dissatisfact

74 Prominent themes of the interviews included emotional distress as a result of transphobia, dominance

75 en described levels of physical symptoms and emotional distress as tolerable during treatment.

76 Interventions to alleviate the emotional distress associated with vision loss are also

77 ional distress/adaptation were the degree of emotional distress at baseline, personal control, cognit

78 Persons with high levels of emotional distress before undergoing genetic testing wer

79 rruptions were associated with more frequent emotional distress (beta = 0.49, SE = 0.05, P < 0.001) a

80 OVID-19 to their families/communities (66%), emotional distress/burnout (58%), and insufficient perso

81 ources, and 3 outcomes: a primary outcome of emotional distress/burnout and 2 secondary outcomes of (

82 y and evaluating the factors associated with emotional distress/burnout can inform interventions to p

83 After adjustment, emotional distress/burnout was significantly associated

84 gut microbiome between persons with IBS and emotional distress compared to HC.

85 ence, glycemic control, and diabetes-related emotional distress compared with those in the standard o

86 U traits to hypoactive amygdala responses to emotional distress cues, consistent with theories that e

87 The topics in the CDM-NLP model included emotional distress, daily living functions, nutrition, p

88 Evidence is convincing that emotional distress, depression, anxiety, uncertainty, an

89 The second posited that emotional distress directly influenced muscle tension (D

90 ield needs measures to distinguish affective/emotional distress due to CC from impairment that requir

91 Further, self-reports of emotional distress during the instruction paradigm were

92 Emotional distress (ED), commonly characterized by sympt

93 Because emotional distress experienced by patients and families

94 o reduce unnecessary invasive procedures and emotional distress for breast cancer screening participa

95 ded body mass index for physical fatigue and emotional distress for emotional and cognitive fatigue.

96 Infection results in emotional distress for infected individuals and their pa

97 follow through with treatment plans, and (c) emotional distress for patients.

98 nalysis was used to yield a summary score of emotional distress from these two scales.

99 scales (driving, extreme lighting, mobility, emotional distress, general dim lighting, and peripheral

100 the LLQ subscales driving, extreme lighting, emotional distress, general lighting, or peripheral visi

101 resolution; health-related quality of life; emotional distress (i.e., anxiety, depression, acute and

102 QOL (ie, Medical Outcomes Short Form-36) and emotional distress (ie, Brief Symptom Inventory-18) was

103 that a psychological intervention can reduce emotional distress, improve health behaviors and dose-in

104 reening measure of cognitive dysfunction and emotional distress in SLE.

105 fe by reducing risk of skin malignancies and emotional distress in solid organ transplant patients.

106 % [864]) reported moderate or high levels of emotional distress in the Spring versus 50.7% (763) in t

107 panied migrant children are at high risk for emotional distress, including symptoms of depression, an

108 Emotional distress, including symptoms of posttraumatic

109 ohort study suggest that although short-term emotional distress increased after national trauma, the

110 es showed that the prevalence of feelings of emotional distress increased from 25 to 31% between 2009

111 A spouse's emotional distress is an important but overlooked marita

112 for how failed sleep-dependent adaptation to emotional distress is key to mental disorders, notably d

113 nctional problems in low luminance: driving, emotional distress, mobility, extreme lighting, peripher

114 The greatest emotional distress occurred after admission to the hospi

115 parents' wishes to protect patients from the emotional distress of hearing bad news.

116 20 or more hours a week was associated with emotional distress of high school students (P<.01), ciga

117 ical complaints reported greater fatigue and emotional distress on days that the air contained higher

118 n), and the third posited that the effect of emotional distress on pain was mediated by muscle tensio

119 and neither were associated with trait-level emotional distress or narcissism.

120 Hyperkatifeia, the manifestation of emotional distress or pain, is a conceptual framework ga

121 ine to 3-month follow-up (P < .0001), as did emotional distress (P = .0047) and menopause symptoms (P

122 -0.011, p<0.001) and the GHQ (odds ratio of emotional distress per unit increase in vigorous physica

123 -reported health domains (eg, pain, fatigue, emotional distress, physical function, social function)

124 In particular emotional distress, physical pain, relationships, and se

125 Physician emotional distress/physical exhaustion: low (not at all/

126 e of interactions between these effects, and emotional distress played the most important role.

127 l disability might be at particular risk for emotional distress, poor quality of life, and low wellbe

128 l surveys assessing neurocognitive function, emotional distress, quality of life, social attainment,

129 uality, sexual function, menopause symptoms, emotional distress, relationship satisfaction, fertility

130 outcomes of mortality, quality of life, and emotional distress remains unclear.

131 voidance and on diabetes-related and general emotional distress scores, HARPdoc was not more effectiv

132 eted interviews and questionnaires assessing emotional distress, social adjustment, and health behavi

133 dhood, abuse in number of physical symptoms, emotional distress, substance abuse, or suicide attempts

134 Clinically significant emotional distress, substantial pain, and--to a lesser e

135 The number of young adults seeking help for emotional distress, subsyndromal-syndromal mood/anxiety

136 The persistence of emotional distress suggests that unaccompanied migrant c

137 ce in their life reported significantly more emotional distress, suicidal thoughts (2.9 [2.7-3.2]), a

138 Eight areas were assessed: emotional distress; suicidal thoughts and behaviors; vio

139 A survivors appear to be at elevated risk of emotional distress symptoms, mood and anxiety disorders,

140 d significantly fewer behavioral symptoms of emotional distress than orphans who lived in a setting w

141 antial number of residents had financial and emotional distress that could have interfered with train

142 nts with HS often face body image issues and emotional distress that may increase the risk of maladap

143 whether adolescents felt greater fatigue and emotional distress the same day and the day after air qu

144 uce both a self-report and neural measure of emotional distress, the late positive potential.

145 d interfere with the overnight resolution of emotional distress, thus contributing to accumulation of

146 nterfered with functional activity; however, emotional distress to pain was unexpectedly minimal.

147 In this study, we examined emotional distress using annual representative survey da

148 Emotional distress was consistently associated with phys

149 The periods of least emotional distress were 3 months and 1 year after transp

150 The effects on emotional distress were inconclusive due to insufficient

151 Mean scores of emotional distress were significantly higher in carers a

152 access to emotional and social support, and emotional distress were the independent variables.

153 Although nurses suffered emotional distress when caring for dying cancer patients