ライフサイエンスコーパス: violent behavior

1 associated with substance use disorders and violent behavior.

2 the intact dlPFC could treat aggressive and violent behavior.

3 y different than their subsequent targets of violent behavior.

4 elusions in untreated schizophrenia explains violent behavior.

5 hosis, past drug use, positive symptoms, and violent behavior.

6 o confirm associations between delusions and violent behavior.

7 ocesses and proximal factors associated with violent behavior.

8 ng major depressive disorder, addiction, and violent behavior.

9 ate research into the etiology of persistent violent behavior.

10 ng anger, and perceived problems controlling violent behavior.

11 tors were analyzed to predict wave 2 data on violent behavior.

12 with 3.6% of participants reporting serious violent behavior.

13 the prediction and differential treatment of violent behavior.

14 the adolescent's self-reported frequency of violent behavior.

15 ents to prevent their own subsequent acts of violent behavior.

16 icular were associated with a higher risk of violent behavior.

17 s found between COMT genotype and history of violent behavior.

18 se findings by using more direct measures of violent behavior.

19 ), are strongly associated with suicidal and violent behaviors.

20 ctivity, which in turn is causally linked to violent behaviors.

21 ere at particularly high risk for expressing violent behaviors.

22 o 0.23%]; interaction P = .01), a history of violent behavior (1.04% [95% CI, 0.35% to 1.73%] vs 0.00

23 basis exists for aggressive, impulsive, and violent behavior across these clinical populations.

24 Violent behavior among individuals with severe mental il

25 re are gender differences in the patterns of violent behavior among patients with major psychiatric d

26 ce to medication may signal a higher risk of violent behavior among persons with severe mental illnes

27 ated whether psychosis increased the risk of violent behavior among released prisoners and whether tr

28 ent study investigated gender differences in violent behaviors among patients with major psychiatric

29 nt behavior and violent ideation and outcome violent behavior and conversion to psychosis in at-risk

30 o examine the relationships between baseline violent behavior and violent ideation and outcome violen

31 the relationships between violent ideation, violent behavior, and early, particularly attenuated, ps

32 factors in the etiology of extreme criminal violent behavior, and imply that at least about 5-10% of

33 luding anxiety, tachycardia, hallucinations, violent behavior, and psychosis.

34 eir adverse effects, which include delirium, violent behavior, and suicide ideation in severe cases.

35 ta on risk factors at an initial wave and on violent behavior at 1-year follow-up were collected in t

36 Violent behavior at 6 or 12 months following early inter

37 Both violent ideation and violent behavior at baseline significantly predicted vio

38 esion protein) are associated with extremely violent behavior (at least 10 committed homicides, attem

39 e evidence linking the low MAOA genotype and violent behavior but only through interaction with sever

40 Violent behavior distinguished suicide victims from acci

41 scence are associated with elevated risk for violent behavior during adolescence and early adulthood.

42 There appear to be diverse pathways to violent behavior during FEP.

43 inquency trajectories increased the risk for violent behavior during FEP.

44 on were significantly more likely to display violent behavior during hospitalization.

45 t and patient, as a predictor of the risk of violent behavior during short-term hospitalization.

46 , substance abuse, insight into illness, and violent behavior during the 4 months that preceded hospi

47 re included if outcome data on aggression or violent behavior either as a binary outcome or as a quan

48 active symptoms of psychosis at the time of violent behavior explained associations between untreate

49 ities in sensorimotor cortices may relate to violent behavior in both antisocial personality disorder

50 atecholamine inactivation is associated with violent behavior in patients with schizophrenia and schi

51 The authors tested the hypothesis that violent behavior in the last year of life is associated

52 Violent behavior in the last year of life was a signific

53 re clinically assessed and interviewed about violent behavior in the past 6 months.

54 Dichotomous measures of violent behavior in the past year and history of alcohol

55 Experimental studies showed increased violent behaviors in monkeys assigned to low-cholesterol

56 Given that violent behavior increases the risk of suicide, violence

57 ds appears to directly increase the risk for violent behavior, independent of psychosis-related risk

58 geographical locations across England, with violent behavior information available for 670 first-epi

59 Violent behavior is associated with antisocial personali

60 of men who display persistent antisocial and violent behavior is heterogeneous.

61 Violent behavior is uncommon, yet problematic, among sch

62 Finding appropriate treatment of violent behaviors is of primary importance.

63 Violent behavior may represent a risk factor for suicide

64 The biological underpinnings of violent behavior may therefore vary between these two vi

65 of patients with a recent history of serious violent behavior (N=39) was nonrandomly assigned to at l

66 Violent behavior occurred within 7 days (SD 35 days) of

67 but the role of psychosocial factors in the violent behavior of Colombian adolescents remains unclea

68 Violent behavior of patients with schizophrenia prolongs

69 n variant, associated with increased risk of violent behavior, predicted pronounced limbic volume red

70 igated associations between gang membership, violent behavior, psychiatric morbidity, and use of ment

71 l and illicit drug use, sexual activity, and violent behavior remain significant concerns in perioper

72 behavior at baseline significantly predicted violent behavior (RR=13.9, p=0.001; RR=8.3, p=0.003, res

73 The neural substrates that underlie violent behavior specifically and their structural analo

74 to recidivistic violent offending or severe violent behavior, such as homicide.

75 s medical consequences, including psychosis, violent behaviors, tachycardia, hyperthermia, and even d

76 more highly correlated with the adolescent's violent behavior than were other risk factors.

77 oms during adolescence may increase risk for violent behavior that persists into early adulthood.

78 illness did not independently predict future violent behavior, these findings challenge perceptions t

79 risk for psychosis for violent ideation and violent behavior using the Structured Interview for Psyc

80 Violent behavior was assessed in 1985-1986 and 1991-1993

81 The results supported a model in which violent behavior was correlated independently with a num

82 class growth analysis, and associations with violent behavior were quantified.

83 dule) and interviewed about their displaying violent behavior while experiencing psychotic symptoms d

84 ion was used to evaluate the interactions of violent behavior with alcohol misuse, gender, and age, r

85 olent ideation at baseline, 12 (6%) reported violent behavior within 6 months pre-baseline, and 8 (4%