ライフサイエンスコーパス: external cause

1 second malignancy, medical complication, or external cause.

2 ath from cardiovascular disease, cancer, and external causes.

3 ong younger age groups and in mortality from external causes.

4 ular, and neurological diseases; cancer; and external causes.

5 due to respiratory diseases, and 5.9 due to external causes.

6 elp explain social collapses with no evident external causes.

7 are at particularly high risk of dying from external causes.

8 er, heart disease, other natural causes, and external causes.

9 ,418 from other natural causes, and 523 from external causes.

10 kidney cancer mortality, and negatively with external causes.

11 and exposed men lower mortality from overall external causes.

12 self-immolation when deaths were reported by external causes.

13 n may signal an increased risk of death from external causes.

14 athy, 226 to other natural causes, and 71 to external causes.

15 or no effect on deaths from other natural or external causes.

16 ese), 249 to other natural causes, and 75 to external causes.

17 espiratory diseases; digestive diseases; and external causes.

18 ignificantly increased risk of deaths due to external causes.

19 nder persons, particularly for deaths due to external causes.

20 natural causes (51.0; p<0.0001) but not from external causes (0.30; p=0.58).

21 re due to neoplasms; 5,683 (17%) were due to external causes; 3,152 (9%) were due to respiratory dise

22 Of those who died from external causes, 75.2% had comorbid psychiatric disorder

23 ound excess vodka use among those dying from external causes (accident, suicide, violence) and eight

24 The authors analyzed death rates from external causes (accidents, injuries, homicides, etc.) f

25 , 2009, in Sweden for risks of all-cause and external-cause (accidents, suicide, homicide) mortality

26 s have shown an increased risk of death from external causes among men with hypertension.

27 and 95% confidence intervals for death from external causes among men with prehypertension, stage 1

28 suicide, accidental death, and any death by external causes among those with a history of hospital-t

29 ; weak for prostate cancer; and reversed for external causes among women.

30 st specific causes, except breast cancer and external causes among women.

31 direct effects predominate in mortality from external causes and all-cause mortality among individual

32 ly 3000 persons aged 15 to 34 years dying of external causes and autopsied in forensic laboratories.

33 en between rates of death from endogenous or external causes and childhood cholesterol levels or syst

34 excess non-COVID deaths, most commonly from external causes and heart disease.

35 which excludes death from primary cancer and external causes and includes death from late effects of

36 black and white, men and women, who died of external causes and underwent autopsy between June 1, 19

37 227 women 15 to 34 years of age who died of external causes and who had a favorable lipoprotein prof

38 ital abnormalities, acquired natural causes, external causes, and unexplained deaths.

39 ancer and death from cardiac, pulmonary, and external causes; and 0.05 for death from other excess ri

40 ce or progression of the original cancer and external causes but include the late effects of cancer t

41 nce or progression of the primary cancer and external causes, but include the late effects of cancer

42 e and composition of the clay minerals) and "external" (caused by a force external to the clay).

43 ry on their 15th birthday, and who died from external causes (cases) were matched by age and gender t

44 ars (25.2-25.8) for female patients, and for external-cause deaths was 40.2 years (40.0-40.3) and 40.

45 Risk of death from external causes during the study period was 3.6 per 10,0

46 Elevated risks were also observed for other external causes (eg, assault and falls) and nonexternal

47 with daily temperature, whereas the risk of external causes (eg, homicide, suicide, drowning, and re

48 d non-fatal injuries than females across all external causes except for burns.

49 We contend that there is no universal external cause for photogranulation.

50 t was produced by working-age mortality from external causes for Russia and cardiovascular disease at

51 24, 95% confidence interval: 1.03, 1.49) and external causes (hazard ratio = 1.46, 95% confidence int

52 y in 2000 on risks of hospitalization due to external causes (HEC) among different population subgrou

53 east cancer in women; and injuries and other external causes in men.

54 evaluate the risk of infant mortality due to external causes in multiples versus singletons in the Un

55 ted odds ratios (AORs) of premature death by external causes in patients with TBI compared with gener

56 Given the absence of external causes in vitro, the interplay of structurally

57 The higher mortality rate from "external" causes in the Gulf cohort was principally due

58 r deaths due to injury, poisoning, and other external causes, in both men (7.89; 95% CI 6.40-9.37; I(

59 ase, 208 to other natural causes, and 217 to external causes; in the diabetic subjects, 106 of the de

60 There were 3,910 deaths from external causes, including 2,313 unintentional injuries,

61 eristics, and injury characteristics such as external cause, intent, location, and body part affected

62 tributing outcomes to your own actions or to external causes is essential for appropriately learning

63 ary disease; moderate for colorectal cancer, external causes (men only), and stroke; weak for prostat

64 e and poisonings, and an overall increase in external cause mortality, those with less education saw

65 ated with increased hazards of all-cause and external-cause mortality compared with no recent sanctio

66 toms were associated with increased rates of external-cause mortality in both races (HR = 1.24, 95% C

67 sed to examine associations of all-cause and external-cause mortality with recent criminal sanction t

68 cide mortality, 0.35 (95% CI=0.31, 0.40) for external-cause mortality, and 0.34 (95% CI=0.31, 0.37) f

69 outcome measures included suicide mortality, external-cause mortality, and all-cause mortality in the

70 ers significantly improved the prediction of external-cause mortality, in addition to sociodemographi

71 ders were also an independent determinant of external-cause mortality, with population attributable f

72 mpts, and all-cause, suicide, and nonsuicide external-cause mortality.

73 use mortality: aHR, 1.69; 95% CI, 1.50-1.91; external-cause mortality: aHR, 2.64; 95% CI, 2.27-3.06).

74 seases (n = 26; 19.4%), and injury and other external causes (n = 22; 16.4%).

75 exposure showed robust null association with external causes (n=32 907; 0.98 [0.95-1.02]) as a negati

76 are of non-COVID excess deaths resulted from external causes, nearly 80% of which occurred at working

77 and Related Health Problems, Tenth Revision external cause of injury code Y35.

78 ith International Classification of Diseases external cause of injury codes and categorized by intent

79 Diseases, Ninth Revision (ICD-9) and ICD-10 external cause of injury codes.

80 Drowning was the leading external cause of injury death for all ages, and falls c

81 ng among children (aged </=18 years) with an External Cause of Injury for any of self inflicted injur

82 sex, age group, location (urban/rural), and external cause of injury, from 1 January 2006 to 31 Dece

83 Subgroup analysis was performed by external cause of TBI.

84 95% CI, 0.32-0.83) but an increased risk of external causes of death (MRR, 1.92; 95% CI, 1.05-3.50).

85 Migrant workers were more likely to die from external causes of death (such as falls or assaults) tha

86 Furthermore, we specifically examined external causes of death (suicide, injury, or assault).

87 tify associations of blood pressure with all external causes of death and individual causes.

88 Particularly, a high burden of external causes of death contributed to strong heat impa

89 ssible differential risk between natural and external causes of death in individuals with specific ty

90 Reducing premature mortality from external causes of death should be a priority in epileps

91 smasculine persons had higher mortality from external causes of death than cisgender women (MRR, 2.77

92 dverse trends in drug overdose deaths, other external causes of death, and cardiometabolic deaths in

93 Life-years lost from external causes of death, including suicide and unintent

94 Non-communicable diseases and external causes of death, including suicides and acciden

95 experiencing homelessness was attributed to external causes of death, psychiatric disorders, and dis

96 nfant mortality, postneonatal mortality, and external causes of death.

97 ation is unlikely to explain the increase in external causes of death.

98 No associations were found for external causes of deaths.

99 ated with a greater risk of mortality due to external causes of injury and poisoning (multivariable a

100 ication of Disease, Tenth Revision codes for external causes of injury.

101 ntial reduction in suicide mortality as well external causes of mortality and all-cause mortality.

102 tions were identified using ICD-9 and ICD-10 external cause-of-injury codes.

103 related complications using ICD-9 and ICD-10 external causes-of-injury codes.

104 e and mortality counts for all causes or non-external causes only, in periods ranging from Jan 1, 198

105 xcess mortality in heavier drinkers was from external causes or the eight disease groupings strongly

106 ) and injury, poisoning, and consequences of external causes (P<0.01).

107 Many excess deaths resulted from external causes (particularly among men), heart disease,

108 e at greater risk of infant mortality due to external causes, particularly between 2 and 7 months of

109 e often confounded with homophily and common external causes, recent work has used randomized experim

110 External causes represented 136 of 314 deaths (43.3%) am

111 disease (RR = 1.39, 95% CI: 1.07, 1.82), and external causes (RR = 1.56, 95% CI: 1.21, 2.02).

112 95% CI, 0.62-0.85) and higher mortality from external causes (RR, 1.18; 95% CI, 0.99-1.41).

113 increase the salience of sensations with an external cause, sensations that are predictable based on

114 No excess mortality was observed for external causes (SMR = 0.8).

115 3), ill-defined conditions (SMR = 2.26), and external causes (SMR = 1.35).

116 the risk of unnatural death (ie, death from external causes such as accidents, suicide, and undeterm

117 alence and risks of premature mortality from external causes such as suicide, accidents, and assaults

118 for deaths involving substance abuse and an external cause (such as suicides, accidents, and homicid

119 f death during the first year of life due to external causes, such as unintentional injury and homici

120 hs from diseases and medical conditions) and external causes (suicide, homicide, and accidents).

121 fect of plurality on infant mortality due to external causes was 1.64 (95% CI: 1.39, 1.97).

122 Mortality from "external" causes was higher in the Gulf cohort (Gulf 254

123 Risks of mortality from external causes were elevated, including for suicide (AO

124 Infant deaths due to external causes were most likely to occur between 2 and

125 Causes of death other than suicide and other external causes were not associated with birth order.

126 ular diseases; diabetes; heart diseases; and external causes, which include suicides, opioid overdose

127 We identified 2246 individuals who died from external causes, whom we matched to 44 920 living contro

128 Of those deaths, 15.8% (n=972) were from external causes, with high odds for non-vehicle accident