ライフサイエンスコーパス: traumatized

1 and left many people mentally and physically traumatized.

2 ntrafollicular regions when the epidermis is traumatized.

3 timony method of psychotherapy in a group of traumatized adult refugees from genocide in Bosnia-Herze

4 of white matter tracts in a sample of highly traumatized African-American women with (n=25) and witho

5 gency department may be faced with soiled or traumatized airways.

6 in matched groups of 28 PTSD patients and 27 traumatized and 32 nontraumatized healthy control subjec

7 left anterior descending coronary artery was traumatized and a high-grade stenosis created.

8 These profiles also differed between traumatized and nontraumatized regions of the arterial w

9 circulatory dysfunction and tissue injury in traumatized animals during endotoxemia.

10 ss effective in the initial infection of the traumatized aortic valve.

11 compensatory enhancement of activity in non-traumatized areas of the brain following a focal lesion.

12 to arise from the device in an area that was traumatized at the time of deployment.

13 Traumatized axons possess an extremely limited ability t

14 of the complement system is detected in the traumatized brain early after TBI; however, its role in

15 t known how cytosolic proteins released from traumatized brain tissue reach the peripheral blood.

16 data suggest that increased (64)Cu uptake in traumatized brain tissues holds potential as a new bioma

17 tion represent physiologic challenges to the traumatized brain.

18 tical impact in mice, MMP-9 was increased in traumatized brain.

19 ate prolonged glial induction of HO-1 in the traumatized brain.

20 nce of plaque-like deposits of A beta in the traumatized brain.

21 erapeutic benefits in the brains of patients traumatized by cardiac arrest or stroke.

22 In skin traumatized by the tape-stripping method (n = 12), a mar

23 escribe the range of outcomes experienced by traumatized children.

24 st, it updates readers on new treatments for traumatized children.

25 (N = 81) was recruited from an urban, highly traumatized civilian population at Grady Memorial Hospit

26 Gene expression analysis of noise-traumatized cochleae revealed time-dependent transcripti

27 stress disorder (PTSD) symptoms in a highly traumatized cohort of women but not men.

28 tion; in addition, these studies have lacked traumatized comparison groups without PTSD.

29 Posttraumatic stress disorder patients and traumatized control subjects exhibited 59% and 51% lower

30 g extinction in the PTSD group compared with traumatized control women [F(1,38) = 5.04, p < .05].

31 ren with PTSD and 24 age- and gender-matched traumatized controls without PTSD, who all experienced t

32 dings indicated that, relative to comparably traumatized controls, decreased integrity (measured by f

33 glycoproteins upregulated on the surfaces of traumatized corneal epithelial cells.

34 Furthermore, uptake in the traumatized cortex of untreated TBI mice (1.15 +/- 0.53

35 ke from blood was enhanced in and around the traumatized cortex.

36 d blood-aqueous barrier of these complicated traumatized eyes co-act to trigger secondary IOL calcifi

37 can adversely affect the outcome in severely traumatized eyes with NLP.

38 e the outcome of surgical repair of severely traumatized eyes with no light perception vision as preo

39 d with use of intraocular gas in complicated traumatized eyes, and had central areas of IOL opacifica

40 urgery may restore useful vision in severely traumatized eyes.

41 ary enucleation or evisceration for severely traumatized eyes.

42 in the FKBP5 SNP rs1360780 in a sample of 82 traumatized female civilians.

43 The most severely traumatized group (POWs held by the Japanese) had PTSD l

44 rates of the psychiatric disorders found in traumatized groups; they closely resemble patients with

45 concern that naloxone administration in the traumatized host may have deleterious effects because it

46 ted with fear-related phenotypes in a highly traumatized human cohort.

47 e functional connectivity of the amygdala in traumatized humans.

48 Treatment of traumatized IF-CCKR-2 tg mice with fluoxetine, a selecti

49 Moreover, in these traumatized IF-CCKR-2 tg mice, both the glucocorticoid n

50 They often occur together, but traumatized individuals may suffer from various combinat

51 vioral therapeutic interventions in recently traumatized individuals who are at risk for developing t

52 mice and two cohorts of 167 and 244 severely traumatized (Injury Severity Score > 15) adult (> 18 yr)

53 Injection of sperm RNAs from traumatized males into fertilized wild-type oocytes repr

54 When the cornea was mechanically traumatized, message for all six chemokines was transien

55 -two percent of the 59 children who had been traumatized met full criteria for PTSD, 32% had some sym

56 Recent data indicate that survival of traumatized neurons is strain dependent and influenced b

57 Traumatized neurons with higher [Cl(-)](i) demonstrated

58 utyrate-mediated depolarization occurring in traumatized neurons; and improved recovery of neuronal c

59 may face a variety of challenges, including traumatized or soiled airways, patients with cervical sp

60 ived genomic data obtained from 167 severely traumatized patients over 28 days were assessed for diff

61 Seventeen severely traumatized patients were prospectively followed up in t

62 identify the later development of sepsis in traumatized patients.

63 sk factors for acute lung injury in severely traumatized patients.

64 highly accurate and low cost cornerstone in traumatized patients.

65 st few years due in part to the finding that traumatized persons are unable to use safety cues to inh

66 s from patient and military groups that many traumatized persons suffer from a subsyndromal form of P

67 nificantly more occupationally impaired than traumatized persons without PTSD.

68 PTSD symptoms were compared in traumatized pregnant women and a sample of nonpregnant t

69 on of heme oxygenase-1 (HO-1) in glia in the traumatized rat brain.

70 poptotic neurons with high frequency in both traumatized rat cortex and hippocampus.

71 were significantly increased in the blood of traumatized rats and were reduced after systemic adminis

72 Systemic administration of rsPSGL.Ig to traumatized rats prolonged survival time and survival ra

73 guish the findings that occur in the acutely traumatized shoulder from those that typify the chronic

74 Traumatized skin also had crusting and suprabasilar acan

75 halation, or contamination of conjunctiva or traumatized skin by infected animal products.

76 tion, or contamination of the conjunctiva or traumatized skin by infected animal products.

77 analysis showing brain structure deficits in traumatized subjects with PTSD compared with trauma-expo

78 Here we find, in heavily traumatized subjects, a sex-specific association of PACA

79 c memory and to the risk for PTSD in heavily traumatized survivors of the Rwandan genocide.

80 nd older age groups showed larger numbers of traumatized teeth.

81 Although not highly traumatized, the subjects with depersonalization disorde

82 Excessive release of ATP by the traumatized tissue, followed by activation of high-affin

83 The DSM-IV field trial for PTSD studied 395 traumatized treatment-seeking subjects and 125 non-treat

84 ms of PTSD in five groups (N=29) of multiply traumatized women diagnosed with chronic PTSD.

85 d pregnant women and a sample of nonpregnant traumatized women from the National Comorbidity Survey.

86 ability to ELA, as seen in this group of non-traumatized young adults.

87 tion-free youth with PTSD and 27 healthy non-traumatized youth of comparable age, sex, and IQ.