ライフサイエンスコーパス: casualty

1 el combustion, with biodiversity as the main casualty.

2 ignificant challenge for all who manage burn casualties.

3 ds of mammalian conservation, and the likely casualties.

4 whole blood for life-threatening injuries in casualties.

5 1:1 improves long term outcomes in MT combat casualties.

6 ulopathy that is present on arrival in these casualties.

7 of FWB and RBCs transfused to combat-related casualties.

8 d graded response system based on numbers of casualties.

9 range of exposures resulting in few to many casualties.

10 ttack and treat, decontaminate, and evacuate casualties.

11 that knowledge to use in preventing lifelong casualties.

12 ern, particularly in scenarios of acute mass casualties.

13 by IV infusion, which is suboptimal for mass casualties.

14 e of blast exposure in military and civilian casualties.

15 ies and our management of Tahrir Square mass casualties.

16 ams hastily triaged and treated the incoming casualties.

17 tomic patterns, mechanism, and management of casualties.

18 Dates of injury were unavailable for 242 casualties.

19 e used in a bioterror attack to inflict mass casualties.

20 tal ship and provided high-level care to the casualties.

21 however, describe their actual use in combat casualties.

22 quired to provide appropriate care for these casualties.

23 he final analysis.These videos displayed 130 casualties; 119 (91.5%) of which were defined as moderat

24 The Royal London Hospital received 194 casualties, 27 arrived as seriously injured.

25 Of 3012 casualties, 453 were triaged as "immediate care" patient

26 Retrospective record review of all trauma casualties 5 to 65 years of age evacuated from the Iraqi

27 There were 775 casualties and 56 deaths, 53 at scene.

28 the "brass (or platinum) 10 mins" for combat casualties and civilian trauma victims with traumatic ex

29 a found in sections from Alzheimer's disease casualties and in transgenic mouse models that overexpre

30 pid diagnoses and medical treatments limited casualties and increased survival rates, but tragically

31 vestigators to identify missing persons, war casualties and individuals involved in mass disasters an

32 lth emergencies; planning for potential mass casualties and the provision of emergency medical servic

33 ing preventable cause of mortality in combat casualties and typically occurs within 6 to 24 hrs of in

34 ample, septic shock, that causes millions of casualties annually.

35 is complicated in a situation where multiple casualties are admitted following an explosion.

36 results from modern warfare, in which 90% of casualties are civilian, and identifying vulnerable civi

37 netobacter species isolated from battlefield casualties are diverse, including genotypes belonging to

38 The successful management of mass casualties arising from detonation of a nuclear device (

39 he solution to the management of psychiatric casualties, as was subsequently claimed.

40 BI on the Warrior Administered Retrospective Casualty Assessment Tool and 28 control participants wit

41 using the Warrior Administered Retrospective Casualty Assessment Tool.

42 Time, cost, and casualties associated with demining efforts underscore t

43 to surgical decision making for battlefield casualties at the Joint Force, Role 3 Medical Treatment

44 ll of these factors culminate in placing the casualty at risk of developing an infection.

45 atients facilitates the transfer of the burn casualty between healthcare providers and facilities and

46 n, and drone strikes that result in civilian casualties, but not practices where harm is perceived as

47 tarian algorithms may paradoxically increase casualties by postponing the adoption of a safer technol

48 ct, measured by war group size (W), conflict casualties (C), and overall group conflict deaths (G), h

49 system standards to the provision of combat casualty care across an evolving theater of operations.

50 The various levels of tactical combat casualty care are described with emphasis on those level

51 hemorrhage remains a major problem in combat casualty care at the far-forward battlefield setting.

52 The Tactical Combat Casualty Care concept recognizes the unique epidemiologi

53 and the evolution around the Tactical Combat Casualty Care concept.

54 The new concept of Tactical Combat Casualty Care has revolutionized the management of comba

55 Major advances in combat casualty care have led to increased survival of patients

56 Current casualty care in distant geographic locations involves r

57 The delivery of combat casualty care poses numerous challenges including auster

58 site for further advancements in neurocombat casualty care.

59 We could not establish the proportion of casualties caused by AXO from unplanned explosions at mu

60 -year-old Caucasian man presented to the eye casualty clinic with red, lumpy conjunctivae bilaterally

61 For 50 years, the Atomic Bomb Casualty Commission (ABCC) and its successor, the Radiat

62 culminated in his work with the Atomic Bomb Casualty Commission on human chromosomes, for which he i

63 that lessons learned from managing military casualties could be applied to civilian traumatic injury

64 ed to the Cairo University Hospital Surgical Casualty Department.

65 eviously published models of destruction and casualties, details approaches to on-site triage and med

66 s, and develop capacity for response to mass-casualty disasters.

67 Casualties evacuated from POI to one level III facility

68 are platforms and to compare mortality among casualties evacuated with conventional military retrieva

69 inical presentation and management of a mass casualty event caused by a nerve agent as shown in the s

70 n on July 7, 2005, produced the largest mass casualty event in the UK since World War 2.

71 the field and pre-hospital phases of a mass casualty event involving intentional weapons.

72 During and after a mass casualty event, it is likely that critical care services

73 to care for individuals injured in multiple casualty events are not well described.

74 have resulted in the highest rates of combat casualties experienced by the U.S. military since the Vi

75 mbings absent intervention, the reduction in casualties from alternative interventions, given timely

76 of the main outbreak strain associated with casualties from both countries were indistinguishable in

77 The invasion of Iraq resulted in casualties from high-velocity gunshot, shrapnel, and blu

78 of sensor-based detector schemes in reducing casualties from random suicide-bombing attacks.

79 We aimed to describe documented casualties from suicide bombs in Iraq during 2003-10 in

80 Acinetobacter isolates associated with casualties from the Iraq conflict from the United States

81 ecific knowledge of identifying and managing casualties from various biological agents.

82 . 70-year-old long bones of putative Finnish casualties from World War II for parvovirus B19 (B19V) D

83 Five (6%) of 82 casualties had died in an aircraft crash, and their bodi

84 potential bioterrorist attacks causing mass casualties has increased recently.

85 Out of theater, casualties have received both intermittent and continuou

86 opter transport of critically injured combat casualties in 60 minutes or less.

87 ospective cohort study of US military combat casualties in Afghanistan between April 1, 2012, and Aug

88 blood cells (RBCs) are transfused to injured casualties in combat support hospitals.

89 States, to disaster response, to support of casualties in combat.

90 study, we analysed and compared suicide bomb casualties in Iraq that were documented in two datasets

91 9% (42,928 of 225,789) of all Iraqi civilian casualties in our dataset, 26% (30,644 of 117,165) of in

92 he sequences of our medical response to mass casualties in Tahrir Square between January 28, 2011, an

93 Documentation of the management of mass casualties in Tahrir Square.

94 ic brain injury (bTBI) reported among combat casualties in the conflicts in Afghanistan and Iraq.

95 Casualties in the mid-ISS bracket (16-50) (n = 583; 33.4

96 has revolutionized the management of combat casualties in the prehospital tactical setting.

97 exposure-one of the most pervasive causes of casualties in the recent overseas conflicts in Iraq and

98 A mass-casualty incident is one in which the number of patients

99 To date, a substantial portion of multiple casualty incident literature has focused exclusively on

100 tients for meningitis during an anthrax mass casualty incident.

101 for successful management of an anthrax mass casualty incident.

102 Multiple casualty incidents from natural or man-made incidents re

103 assessment tool for use during anthrax mass casualty incidents.

104 are common and potentially blinding in mass-casualty incidents.

105 The 5 casualties indicated for tourniquets but had none used h

106 We also looked at those casualties indicated for tourniquets but had none used.

107 quiring renal replacement therapy in wartime casualties is an uncommon occurrence but one with extrem

108 f Acinetobacter baumannii emerging in combat casualties is poorly understood.

109 r proportion of penetrating injury in combat casualties, it has occurred in approximately 8% of Opera

110 e predictive of delayed abdominal closure in casualties managed with an open abdomen.

111 uracy for FAST and CT and their influence on casualty management.

112 Among 4542 casualties (mean injury severity score, 17.3; mortality,

113 A total of 468 casualties met inclusion criteria, of whom 85.0% underwe

114 Most casualties (n = 1054; 61.2%) were in the low-ISS (1-15)

115 Civilians were often the casualties of fighting during the recent Liberian civil

116 The proportion of casualties of landmines or UXO younger than 18 years ran

117 suggests that brachiopods were the secondary casualties of mistaken or opportunistic attacks by the e

118 emonstrate that methionine biosynthesis is a casualty of nitrosative stress.

119 esidents as the "rad-path" course, was not a casualty of the BRAC, the American College of Radiology

120 e increased as a result of mass crush injury casualties or prolonged evacuation times.

121 trollable (internal) traumatic (e.g., combat casualties) or nontraumatic (e.g., ruptured aortic aneur

122 l data to the physicians caring for the mass-casualty patients.

123 For the total casualty population, the percentage killed in action (16

124 eviously published models of destruction and casualties projected from an NDD, the primary literature

125 e women (0-30.6% of women), the mean ages of casualties ranged from 18.5 years to 38.1 years, and vic

126 ctors will not reliably result in meaningful casualty reductions.

127 We model the number of casualties resulting from pedestrian suicide bombings ab

128 ound zero" and then proceed with echelons of casualty retrieval and care that proceeds rearward to a

129 blications, classified military reports, and casualty returns to reassess the conventional narrative

130 ntamination of wounds with bacteria from the casualty's skin, the environment, and the hospital.

131 preparing guidelines for its use in massive casualty scenarios and prospective, randomized trials ar

132 s article provides a detailed review of mass casualties seen between January 28, 2011, and February 4

133 ailored information packs, including maps of casualty sites, numbers injured and a synopsis of effect

134 wn to be feasible and may be applied to mass-casualty situations.

135 These casualties suffer wounds that have no common civilian eq

136 The goal was to simultaneously maximize casualty survival and bed occupancy.

137 eatment capability are important factors for casualty survival on the battlefield.

138 to the management of severely injured combat casualties that involves earlier abdominal closure.

139 battlefield data examined 21,089 US military casualties that occurred during the Afghanistan conflict

140 for five, six, seven, eight, and 10 thousand casualties, the triage algorithm increased the number of

141 team permits rapid evacuation of stabilizing casualties to a higher level of care.

142 of service, modality of attack, deaths, and casualties) to partners, WHO, United Nations Office for

143 Rapid on-site combat casualty transfusion support requires specialized blood

144 associated with an increasing percentage of casualties transported in 60 minutes or less (regression

145 Registry data for abdominally injured casualties treated at R3 from July to November 2012 were

146 hich are closely tied to economic losses and casualties, under 1.5 degrees C and 2 degrees C global w

147 and duration of ventilation as a function of casualty volume and the total number of available beds.

148 mple, triage thresholds were established for casualty volumes ranging from 5,000 to 10,000 for a mode

149 Data for all casualties were analyzed according to whether they occur

150 We looked at emergency tourniquet use, and casualties were evaluated for shock (weak or absent radi

151 Thousands of casualties were seen at the peak of the uprising.

152 In the Boston cohort, 164 of 264 casualties were transported to level 1 trauma centers, a

153 In the West cohort, 218 of 263 total casualties were transported to participating centers, of

154 ancer or cardiovascular disease and death by casualty were excluded from the analysis.

155 associated with escalating insurgency and UK casualties, were associated with poorer mental health ou

156 pidemiologic facts of sudden death in combat casualties, which require a totally new resuscitative ap

157 rward, it creates the opportunity to salvage casualties who may have otherwise died of their wounds.

158 of acute and potentially chronic psychiatric casualties who must be recognized, diagnosed, and treate

159 f 530] vs 29.3% [160 of 547]; P < .001), and casualties who received a blood transfusion (50.2% [618

160 RRI complexity may permit identification of casualties with hemorrhagic shock.

161 Conventional platforms are effective in most casualties with low injury severity.

162 8 injured and admitted civilian and military casualties with major limb trauma, 232 (8%) had 428 tour

163 ey often result in high death rates and mass casualties with many traumatic injuries.

164 Casualties with minor wounds were excluded.

165 Management of combat casualties with severe burns and associated traumatic in

166 d a survival rate of 0% versus 87% for those casualties with tourniquets used (P < 0.001).

167 An eight year old male child presented to casualty with severe pain abdomen since 1 day.

168 Rapid movement of critically injured casualties within hours of wounding appears to be effect

169 Attempts to identify high-risk battlefield casualties within the current point-of-injury mild TBI c