ライフサイエンスコーパス: civilian

1 ry-owned educational system that also served civilians.

2 as smallpox, is intentionally released among civilians.

3 sovo had a direct impact on large numbers of civilians.

4 nomic status of ex-combatants and vulnerable civilians.

5 sistent with deliberate tactics to terrorise civilians.

6 ersonnel and PROWL-2 was a 5-center study of civilians.

7 ar profiles comparable to those of PTSD-free civilians.

8 tly weaker in military personnel relative to civilians.

9 eir higher likelihood of suicide relative to civilians.

10 1360780 in a sample of 82 traumatized female civilians.

11 83) of predominantly female African American civilians.

12 The PROWL-2 study was a study of 312 civilians 21 to 57 years of age conducted at 5 private p

13 y service personnel and PROWL-2 enrolled 312 civilians 21 years or older who spoke English; 241 indiv

14 rmer child soldiers and matched noncombatant civilians 5 y after the People's War in Nepal.

15 Eighty-one percent of those injured were civilians, 91.6% were men and boys, and 45.9% were young

16 ith a representative US noninstitutionalized civilian adult (>/=18 years) sample (N = 36309) as the 2

17 s of adenovirus pneumonia in immunocompetent civilian adults occurring from a single source.

18 We also discuss civilian aeromedical critical care systems, the types of

19 We analysed data from US civilians aged 18 years or older who participated in ann

20 gely similar to those reported elsewhere for civilians, although some predictors distinct to Army ser

21 The inordinate proportion of civilians among the executed is consistent with delibera

22 ult committed by family members, friends, or civilians among these respondents was also 9%, which inc

23 Mortality was 7.1% in the civilian and 3.8% in the military group (P = 0.076).

24 We included civilian and combatant deaths in all Syrian governorates

25 e of technological interest for a variety of civilian and defense applications.

26 olet (UV) and infrared (IR) range have broad civilian and military applications.

27 Among 2,838 injured and admitted civilian and military casualties with major limb trauma,

28 y has produced innovations resulting in both civilian and military medical care advances, and our cur

29 A systematic review of papers on civilian and military PCCI over the past 25 and 50 years

30 e significant morbidities and mortalities in civilian and military populations.

31 We reviewed the civilian and military records of patients treated at the

32 population (41 +/- 19 vs. 26 +/- 7 years for civilian and military respectively, P < 0.0001) with a l

33 and platelets have improved survival in both civilian and military trauma patients.

34 The discoveries were rapidly translated to civilian and military trauma surgical practices and fund

35 281 deaths by execution, 18 747 (92.4%) were civilians and 1534 (7.6%) were opposition combatants.

36 uicide bombs in Iraq during 2003-10 in Iraqi civilians and coalition soldiers.

37 fore routine immunization ceased in 1972 for civilians and in 1990 for military personnel.

38 Burn Center serves as a referral center for civilians and is the sole center for significant burns i

39 ental health outcome among seriously injured civilians and military personnel who are survivors of tr

40 l, and temporal patterns of direct deaths of civilians and opposition combatants from conflict-relate

41 eastern outskirts of Damascus, killing 1400 civilians and severely affecting thousands more.

42 llness (ARI) have been well documented among civilians and unvaccinated military recruits.

43 dern warfare, in which 90% of casualties are civilian, and identifying vulnerable civilian groups, ar

44 dataset, 26% (30,644 of 117,165) of injured civilians, and 11% (12,284 of 108,624) of civilian death

45 TSD from soldiers without PTSD, from healthy civilians, and from civilians with mild traumatic brain

46 Modern energetic motifs for military and civilian applications are most often evaluated using var

47 indications for its use as well as potential civilian applications for large-scale disasters.

48 stries, the use of titanium in industrial or civilian applications has been extremely limited because

49 into pervasive use of autonomous drones for civilian applications.

50 the increasing demands for both military and civilian applications.

51 l outbreaks among both military recruits and civilians as the virus emerged for the first time in the

52 ctions seem to be part of a broad assault on civilians; assaults on medical functions are used to ach

53 y be warranted in military troops as well as civilians at both short- and long-term milestones follow

54 developed and field-tested a now operational civilian biodefense capability that continuously monitor

55 The Working Group on Civilian Biodefense has developed consensus-based recomm

56 The Working Group on Civilian Biodefense has developed consensus-based recomm

57 The Working Group on Civilian Biodefense has developed consensus-based recomm

58 n and had disproportionate lethal effects on civilians, calling into question the use of wide-area ex

59 of combat care and that simply extrapolating civilian care concepts to the battlefield are insufficie

60 article, can possibly be adapted to those of civilian care during disaster management to meet the cha

61 Ninety-nine isolates from military and civilian cases from different geographic locations and c

62 isolates recovered from pediatric and adult civilian cases of acute respiratory infection were chara

63 HAdV-14 has been isolated from military and civilian cases of ARD of variable severity since 2003 in

64 .2% and 15.3%, respectively, of military and civilian cases of PTSD.

65 ory illness (FRI) in military boot camps and civilian cases of respiratory disease.

66 The civilian cases, with or without history of impact trauma

67 caused 19% (42,928 of 225,789) of all Iraqi civilian casualties in our dataset, 26% (30,644 of 117,1

68 imentation, and drone strikes that result in civilian casualties, but not practices where harm is per

69 f the role of blast exposure in military and civilian casualties.

70 ental health of child soldiers compared with civilian children in armed conflicts.

71 85 (74.6%) civilian women and 13 810 (79.4%) civilian children, and in 4058 (9.6%) opposition combata

72 Among civilians, children are more likely to die than adults w

73 All skills transferred to civilian clinical practice.

74 ed on this wartime experience, colostomy for civilian colon wounds became the standard of care for th

75 f War veterans with PTSD than in veteran and civilian comparison groups.

76 erans with male Vietnam era veteran and male civilian comparison subjects.

77 Syrian civilians constituted 101 453 (70.6%) of the deaths comp

78 ht were also significantly higher than their civilian counterparts (OR, 1.87; 95% CI, 1.80-1.95 and O

79 her risk of respiratory infection than their civilian counterparts.

80 yed less than half of that expected in their civilian counterparts.

81 Air Force CCAT Team program, as well as many civilian critical care air ambulance services, provides

82 The civilian damage control paradigm is based on a "damage c

83 spective experience and recent noncontrolled civilian data.

84 ver time, ultimately comprising a quarter of civilian deaths in 2016.

85 ed civilians, and 11% (12,284 of 108,624) of civilian deaths.

86 U.S. civilian disaster agencies are preparing guidelines for

87 on making for law enforcement, military, and civilian emergency organizations and responders, providi

88 casualties suffer wounds that have no common civilian equivalent and more frequently require massive

89 Mortality does not differ between civilians evacuated locally and military personnel injur

90 Data were analyzed from the Civilian External Peer Review Program representing abstr

91 partment of Defense healthcare system by the Civilian External Peer Review Program, is the second com

92 , resulting in thousands of homes burned and civilian fatalities, although devastating, are not witho

93 lations are likely to draw interest from the civilian fireworks and military pyrotechnics communities

94 ts may garner widespread use in military and civilian fireworks because of their low hygroscopicities

95 other reporting deaths and injuries of Iraqi civilians from armed violence.

96 of the national effort in the US to protect civilians from bioterrorist attacks, the US National Ins

97 The wars caused many deaths of non-combatant civilians, further damaged the health-supporting infrast

98 The challenges to the new civilian government are monumental, and it is yet to sho

99 ies are civilian, and identifying vulnerable civilian groups, are of critical public-health importanc

100 Civilian guidelines for massive transfusion (MT > or =10

101 ither of which is directly applicable to the civilian HCF.

102 Acinetobacter baumannii plague military and civilian healthcare systems.

103 or shock from three Veterans Affairs and one civilian hospital.

104 ive singleton infants by cesarean section in civilian hospitals in Washington State from 1987 through

105 ts with those from brain specimens from male civilian (ie, non-military) cases with no history of bla

106 These findings may have civilian implications.

107 domized survey conducted in July 2004 of 153 civilians in 3 towns exposed to warfare in northwestern

108 f worldwide governance for the protection of civilians in armed conflict.

109 human rights violations perpetrated against civilians in Darfur and to evaluate their consistency wi

110 ion" that chlorine gas has been used against civilians in northern Syria.

111 stem is designed to provide early warning to civilians in the event of a terrorist attack.

112 lling and air bombardments in 58 099 (57.3%) civilians, including 8285 (74.6%) civilian women and 13

113 ications, including in the aerospace, naval, civilian infrastructure and energy sectors.

114 more than the collateral damage inflicted on civilians, infrastructure, environment, and health syste

115 lood cells [PRBCs] in less than 24 hrs) than civilian injured.

116 t of setting on the magnitude and pattern of civilian injuries from terrorist explosions.

117 o used cars caused 40% (12,224 of 30,644) of civilian injuries.

118 ve use of FFP does not improve outcome after civilian injury.

119 ted from infected and colonized soldiers and civilians involved in an outbreak in the military health

120 d outcomes in military personnel relative to civilians is unknown.

121 Blast injuries have always occurred both in civilian life and as acts of war or terrorism.

122 s troops return from Iraq and Afghanistan to civilian life, clinicians are starting to grapple with h

123 f death in battlefield traumas as well as in civilian life.

124 The uptake of TXA into civilian major hemorrhage protocols (MHPs) has been vari

125 ld soldiers who were male (n=333), deaths of civilian male children (n=11 730) were caused more often

126 00 veterans resident in Scotland and 173,000 civilians matched on age, sex, and area of residence.

127 review of published literature pertaining to civilian medical disaster response efforts support these

128 unprecedented patient numbers and levels of civilian medical expertise, little progress was made in

129 e during wartime is unique and distinct from civilian medical practice.

130 to compare deaths from different weapons in civilian men, women, boys, and girls and adult and child

131 d to guidelines on management of mild TBI in civilians, military personnel, and athletes, but their w

132 In a civil response setting, most civilian models of disaster medical response similarly f

133 was more frequent than in a matched group of civilian moderate to severe nbTBI subjects.

134 range of the military cohort were excluded, civilian mortality was 5.0%, which did not differ from t

135 Survival in civilian MT patients is associated with increased plasma

136 ovides estimates of denture use among the US civilian non-institutionalized population 18-74 years of

137 3,742 adults aged 30 years and older, of the civilian non-institutionalized population, having 1 or m

138 entate adults, aged >/=30 years, from the US civilian non-institutionalized population.

139 dy, representing approximately 105.8 million civilian, non-institutionalized Americans in 1988 to 199

140 r and represents approximately 105.8 million civilian, non-institutionalized Americans.

141 s study of a representative sample of the US civilian, non-institutionalized population (NHANES III),

142 oduce nationally representative data for the civilian, non-institutionalized US population.

143 entative health examination survey of the US civilian noninstitutionalized population that includes m

144 ey designed to be representative of the U.S. civilian noninstitutionalized population.

145 Survey, a representative sample of the U.S. civilian noninstitutionalized population.

146 The seroprevalence of HEV in the civilian noninstitutionalized United States (US) populat

147 alyzed a nationally representative sample of civilian noninstitutionalized US men from the National H

148 om a nationally representative sample of the civilian noninstitutionalized US population in 2009-2010

149 a statistically representative sample of the civilian noninstitutionalized US population.

150 urvey (NHANES) assesses health status in the civilian noninstitutionalized US population.

151 ey 1999-2004, a representative sample of the civilian noninstitutionalized US population.

152 More than one third of U.S. civilian, noninstitutionalized adults reported prescript

153 ted that, in 2015, 91.8 million (37.8%) U.S. civilian, noninstitutionalized adults used prescription

154 72 600 eligible civilian, noninstitutionalized adults were selected for

155 The NHANES was composed of a civilian, noninstitutionalized community, and the NHATS

156 ated the incidence of HSV-2 infection in the civilian, noninstitutionalized population aged > or = 12

157 Results were weighted to represent the U.S. civilian, noninstitutionalized population between 14 and

158 US civilian, noninstitutionalized population from the 2005-

159 the health and nutritional status of the US civilian, noninstitutionalized population.

160 ltistage probability sample survey of the US civilian, noninstitutionalized population.

161 nationally representative surveys of the US civilian, noninstitutionalized population.

162 FL; Chicago, IL; and San Diego, CA) of U.S. civilian, noninstitutionalized self-identifying Hispanic

163 vey of a nationally representative sample of civilian, noninstitutionalized U.S. households, conducte

164 a from a nationally representative sample of civilian, noninstitutionalized US individuals younger th

165 nce estimates were weighted to represent the civilian, noninstitutionalized US population aged 40 yea

166 of nationally representative samples of the civilian, noninstitutionalized US population; 2781 adult

167 cidence and prevalence rates for the overall civilian, noninstitutionalized, US population and by dem

168 ly source of radioactive release in cases of civilian nuclear events; however, their physicochemical

169 deaths from barrel bombs, 7351 (97.2%) were civilians, of whom 2007 (27.3%) were children.

170 lly capable of causing mass destruction to a civilian or military population by inhalation of toxic b

171 ents are likely to cause maximum damage to a civilian or military population through an inhalational

172 s on optimal platelet transfusions in either civilian or military practice.

173 site treatment of trauma victims in either a civilian or military setting.

174 resistant tuberculosis who had treatment in civilian or prison services, between Sept 10, 2000, and

175 Its applicability to a civilian organization was established.

176 When civilians outside the age range of the military cohort w

177 ions of plasma, platelet, and RBCs for MT in civilian patients is unclear.

178 as the standard of care for severely injured civilian patients requiring emergent laparotomy in the U

179 Twenty studies including 3289 civilian patients with TBI yielded a chronic pain preval

180 hylaxis is recommended for both military and civilian PCCI, Including those due to sports or recreati

181 More Iraqi civilians per lethal event were killed than were coaliti

182 environmental problem for both military and civilian personnel.

183 ning pretrauma schemata for interpreting the civilian physical and social environments.

184 esearch effort with hundreds of military and civilian physicians and scientists representing discipli

185 use of occupational fatality in Alaska, with civilian pilots having the highest fatality rate (410/10

186 is lower than in VA studies and the general civilian population aged <40 years.

187 bility sample of the US noninstitutionalized civilian population and was conducted between 1988 and 1

188 recruited from an urban, highly traumatized civilian population at Grady Memorial Hospital in Atlant

189 ion Survey (NHANES), 3.9 million of the U.S. civilian population have been infected with hepatitis C

190 o develop a method for performing REBOA in a civilian population using a standardized distance from a

191 with PTSD symptoms and fear physiology in a civilian population with high levels of trauma.

192 B Ads suggests a common external source (the civilian population) and a decrease in preexisting immun

193 samples of the adult, noninstitutionalized, civilian population, have estimated the prevalence of re

194 Chemical terrorism presents a threat to the civilian population, including children.

195 sely followed the pattern of their enclosing civilian population.

196 BOA exist with more than 94% prevalence in a civilian population.

197 le of the United States noninstitutionalized civilian population.

198 representing a probability sample of the US civilian population.

199 hildren, adolescents, and adults in the U.S. civilian population.

200 ed random sample of the noninstitutionalized civilian population.

201 tative sample of the US noninstitutionalized civilian population.

202 igh level of human rights abuses against the civilian population.

203 a (63%) and 1b (22%) predominated, as in the civilian population.

204 xin is used as a biological weapon against a civilian population.

205 mia is used as a biological weapon against a civilian population.

206 e of plague as a biological weapon against a civilian population.

207 infected people in the noninstitutionalized civilian population.

208 f the California and US noninstitutionalized civilian population.

209 on persons) in the U.S. noninstitutionalized civilian population.

210 gents and toxic industrial chemicals against civilian populations constitutes a real threat, as demon

211 cine during mass vaccination campaigns in US civilian populations has not been assessed.

212 em during World War 1, although mortality in civilian populations increased substantially.

213 Future studies should be conducted in civilian populations to assess the full effect of vaccin

214 aused by adenovirus are rarely documented in civilian populations, and adenovirus 35 is an uncommon s

215 orror is all too common in both military and civilian populations, but not all individuals develop po

216 capsular polysaccharide, had limited use in civilian populations.

217 idity and mortality within both military and civilian populations.

218 These rates are similar to those reported in civilian populations.

219 ational readiness, and transfer of skills to civilian practice.

220 arotomy (DCL) is established in military and civilian practice.

221 of initiation devices used for military and civilian purposes continues to expand owing to variation

222 dissolving of nuclear fuel for military and civilian purposes, and the release thereby of the fissio

223 enlistment first attempts were equivalent to civilian rates.

224 Deaths from barrel bombs were overwhelmingly civilian rather than opposition combatants, suggesting i

225 nected secondary school students from public civilian schools in every county and almost all school d

226 onditions, which may have application in the civilian sector as well.

227 loyed in airports, will benefit military and civilian security.

228 treated following terrorist bombings in the civilian setting between 1998 and 2005.

229 versally insured military system, versus the civilian setting in California.

230 and Relevance: Following an explosion in the civilian setting, 65 patients (38%) with GCS scores of 3

231 ring January-December 1918 in 8 military and civilian settings in the United States and Britain.

232 fferent transmission routes is suggested for civilian settings similar to those described in the curr

233 dvances in trauma care, in both military and civilian settings, and presents directions for future re

234 In both military and civilian settings, transmission of respiratory pathogens

235 Among female civilian spouses, the rate of maltreatment during deploy

236 occurring now, the military adopts existing civilian standard of care practices developed for simila

237 ortant pathogen to study from a military and civilian standpoint.

238 serve component soldiers who had returned to civilian status were referred at higher rates on the PDH

239 A meta-analysis of 6 civilian studies of mixed killed bacterial vaccines cont

240 y and may provide more accurate results than civilian studies, given the potential biases in the incl

241 rates among Army suicide attempts than among civilian suicide attempts highlights the potential impor

242 determinants of operative mortality for most civilian surgical cases.

243 et rates were lower than in a prior national civilian survey (with imputed/simulated age at enlistmen

244 e applications, could have a major impact on civilian tasks, including transportation, communication,

245 ombers in Iraq kill significantly more Iraqi civilians than coalition soldiers.

246 m taking action against the participation of civilians, the 2005 Base Realignment and Closure (BRAC)

247 Among civilians, the prevalence of chronic pain was greater in

248 What motivates ordinary civilians to sacrifice their lives for revolutionary cau

249 gy consumption of mechanical systems such as civilian transportation vehicles, which would have a pro

250 ion during response inhibition early after a civilian trauma can predict future PTSD symptoms.

251 at both military health care facilities and civilian trauma centers and hospitals between January 1,

252 packed red blood cells (PRBCs) has led many civilian trauma centers to adopt this resource intensive

253 Their use in military settings and in civilian trauma centers, explored for several years, is

254 s that could translate into improvements for civilian trauma centers.

255 servation has been concurrently noted in the civilian trauma literature.

256 (CT) scans from a cohort of 280 consecutive civilian trauma patients from University Hospitals of Ly

257 s (Injury severity score > 15) admitted to a civilian trauma system during the adoption phase of TXA

258 a major hemorrhage protocol within a mature civilian trauma system provides outcome benefits specifi

259 m has been the opportunity to apply existing civilian trauma system standards to the provision of com

260 The evidence gap in mature civilian trauma systems is limiting the widespread use o

261 platinum) 10 mins" for combat casualties and civilian trauma victims with traumatic exsanguination.

262 Massive transfusion is uncommon in civilian trauma, occurring in only 1% to 3% of trauma ad

263 injuries are applicable to the management of civilian trauma, whether associated with small arms fire

264 trauma and second leading cause of death in civilian trauma.

265 entable cause of death on battlefield and in civilian traumatic injuries.

266 ging military casualties could be applied to civilian traumatic injury.

267 HEV infection was not associated with civilian travel abroad or having piped water in the hous

268 significant threat to military personnel and civilian travelers in Haiti and has the potential for in

269 These civilians-turned-fighters rejected Gaddafi's jamahiriyya

270 ult weapons and large-capacity magazines for civilian use, and research to support strategies for red

271 n used by the US military and considered for civilian use.

272 re DSs purported to enhance performance than civilians use when matched for key demographic factors.

273 Soldiers, like civilians, use large amounts of DSs, often in combinatio

274 We used the PTSD Checklist-Civilian Version and a structured clinical interview (i.

275 Social Phobia Inventory, and PTSD Checklist-Civilian Version scores.

276 ia for PTSD, assessed via the PTSD Checklist-Civilian Version with a total severity score of 44; symp

277 185) = 5.50, P < 0.01; PCL-C (PTSD Checklist Civilian Version): F(4, 185) = 5.45, P < 0.001].

278 Follow-up measures were the PTSD Checklist-Civilian Version, Patient Health Questionnaire-9, Genera

279 the Posttraumatic Stress Disorder Checklist-Civilian version, respectively, at 3 months post-ICU.

280 the Posttraumatic Stress Disorder Checklist-Civilian version.

281 ve screening result using the PTSD Checklist-Civilian Version.

282 vider of free clinical and legal services to civilian victims of torture and other human rights viola

283 y of posttraumatic stress disorder (PTSD) in civilian victims of urban terrorism.

284 ief effort, sending U.S. military forces and civilian volunteers to Haiti's aid and providing a terti

285 The injured-to-killed ratio for civilians was 2.5 people injured to one person killed fr

286 This representative sample of US civilians were asked 17 questions regarding their awaren

287 Janjaweed forces against non-Arabic-speaking civilians were corroborated by medical forensic review o

288 Many Iraqi civilians were injured or became ill because of damage t

289 Civilians were often the casualties of fighting during t

290 Survey, a national probability sample of US civilians who completed structured diagnostic interviews

291 at-wounded service members and 11% to 20% of civilians who develop heterotopic ossification (HO) afte

292 osttraumatic stress disorder (PTSD) in 3,271 civilians who evacuated World Trade Center towers 1 and

293 inues to be a threat to military members and civilians who reside or train in areas where Coccidioide

294 We sampled Colombian civilians who were exposed either to urban violence or t

295 thout PTSD, from healthy civilians, and from civilians with mild traumatic brain injury, which is com

296 and diet and nutritional status in US adult civilians without prostheses.

297 reater in the veterans with PTSD than in the civilians without PTSD, but it was not greater in the ve

298 SD, 13 Vietnam veterans without PTSD, and 20 civilians without PTSD.

299 99 (57.3%) civilians, including 8285 (74.6%) civilian women and 13 810 (79.4%) civilian children, and

300 US service members and DoD civilian workers eligible for smallpox vaccination.