ライフサイエンスコーパス: military

1 uide efforts to prevent self-harm within the military.

2 s that are increasingly being adopted by the military.

3 n in emergency medicine, pediatrics, and the military.

4 oyment might reduce mental illness in the UK military.

5 as an individual treatment among active-duty military.

6 s is important to safeguard citizens and the military.

7 s and a growing concern among members of the military.

8 s public health concern, particularly in the military.

9 ed high for those who had separated from the military 6 or more years ago (HR 1.63, 1.45-1.82).

10 ompounds are heavily used in agriculture and military activities, while non-organophosphate pesticide

11 rward combat hospitals indicating widespread military adoption of DCR.

12 , longitudinal study enrolled active-duty US military after concussive blast injury (n = 50) in the a

13 g Royal Marines and Army personnel in the UK military after deployment to Afghanistan.

14 chemes are used, representing Environmental, Military and Balanced stakeholder perspectives.

15 Modern energetic motifs for military and civilian applications are most often evalua

16 t because of the increasing demands for both military and civilian applications.

17 rug resistant Acinetobacter baumannii plague military and civilian healthcare systems.

18 isciplinary research effort with hundreds of military and civilian physicians and scientists represen

19 e control laparotomy (DCL) is established in military and civilian practice.

20 d practical advances in trauma care, in both military and civilian settings, and presents directions

21 d 18- to 21-year-olds serving in the Israeli military and examined in military mental health outpatie

22 f these compounds is of utmost importance in military and forensic applications.

23 ; UAVs) are employed for surveillance by the military and police, which suggests that drone-captured

24 asingly is also used privately in sport, the military and recreation.

25 electric vehicles, consumer electronics, and military and space applications.

26 Sulfur mustard is a chemical agent of high military and terroristic significance.

27 uries are pervasive amongst athletes and the military and typically an individual returns to activity

28 In military and veteran populations, trials of the first-li

29 prove useful for oxygen storage in medical, military, and aerospace applications.

30 buse history may be more likely to enter the military, and child abuse exposure may increase the like

31 fficient sleep is pervasive (e.g., aviation, military, and medicine).

32 carbon nanotubes (CNTs) can lead to medical, military, and other applications.

33 human cultures and is central to religious, military, and political activities, which require people

34 rspective of the Department of Defense for a military applicant screening program.

35 applications in human-electronic interfaces, military applications, and smart robots.

36 terials processing, laser ranging, medicine, military applications, biomacromolecule materials, remot

37 -tetrazocine), an energetic material used in military applications, may be released to the environmen

38 fusion tensor imaging to investigate whether military-associated blast exposure influences the associ

39 at the time of conscription into the Swedish military (at 18 years of age).

40 nited Kingdom veterans from a broad range of military backgrounds and experience, we conducted a retr

41 and AFFF-impacted groundwaters from 15 U.S. military bases was conducted to identify the remaining P

42 n Iraq or Afghanistan who separated from the military between fiscal years 2001 and 2011 and subseque

43 n tissue integrity in individuals exposed to military blast forces will be an important future direct

44 eaks of febrile respiratory illness (FRI) in military boot camps and civilian cases of respiratory di

45 tions as highly transparent window coatings, military camouflage, and coatings for efficiently coupli

46 brain specimens from male civilian (ie, non-military) cases with no history of blast exposure, inclu

47 lysis of battlefield data examined 21,089 US military casualties that occurred during the Afghanistan

48 The PROWL-1 study was a single-military center study of 262 active-duty Navy personnel

49 of post-deployment PTSD symptoms in a Dutch military cohort (N=93; B=-0.054, t=-3.706, p-value=3.66

50 elopment of PTSD symptoms in two prospective military cohorts (one discovery and one replication data

51 Retrospective cohort study of US military combat casualties in Afghanistan between April

52 Among medically evacuated US military combat causalities in Afghanistan, blood produc

53 stconcussion syndrome (PCS) are common among military combatants.

54 ured patient are perhaps the only benefit of military conflict.

55 uggest a need to identify and intervene with military-connected adolescents and reflect a larger conc

56 April 2013 and participants included 54,679 military-connected and 634,034 nonmilitary-connected sec

57 owever, results suggest that during wartime, military-connected youth are at increased risk for adver

58 administrative data set to determine whether military-connected youth are at risk for adverse outcome

59 Most military-connected youth demonstrate resilience.

60 Military families and military-connected youth exhibit significant strengths;

61 For example, military-connected youth had 73% greater odds of recent

62 le logistic regression models indicated that military-connected youth had greater odds of substance u

63 lood pressure (n = 1555979) were measured at military conscription at a mean (SD) age of 18.3 (0.6) y

64 grades at age 16 years and IQ test scores at military conscription at age 18 years.

65 ed together with blood pressure at mandatory military conscription testing at a mean (SD) age of 18.2

66 grades at age 16 years and IQ test scores at military conscription.

67 elligence quotient (IQ) score at the time of military conscription; 137,574 had data on sibling birth

68 a longitudinal study of 50,373 Swedish male military conscripts (ages 18-19) who were followed in th

69 gitudinal cohort study enrolled Swedish male military conscripts aged 18 or 19 years from January 1,

70 In this large cohort of Swedish male military conscripts, low aerobic capacity and muscle str

71 First, the military considers a confluence of factors before determ

72 nctioning of male coalitionary behavior in a military context may run contrary to some of the argumen

73 tives become institutionally inverted within military contexts.

74 ion problems surrounding in-group defense in military contexts.

75 sociation studies of mental health in the US military contributed participants.

76 We used the Stanford Military Data Repository, which contains comprehensive m

77 However, optimal management of HVI during military DCL remains controversial.

78 and currently account for almost 20% of all military deaths.

79 Inclusion criteria were PTSD after military deployment and stable medication therapy.

80 Military deployment can have profound effects on physica

81 The role of military deployment experiences and PTSD in coronary hea

82 tic brain injury (TBI), acted as the primary military deployment-related driver of PT/BRI symptoms.

83 posure (ie, natural disaster, terrorism, and military deployment; n = 5302 were screened, n = 4263 gi

84 de global exploration, adventure travel, and military deployments.

85 ight independent, self-selected academic and military dermatology and plastic surgery physicians with

86 eland and decreased mobility, as well as the military effectiveness of the Mongol cavalry, while desp

87 Men were sampled from military enrollment records and women from electoral rec

88 Recent global military events, such as the conflict and disarmament in

89 recent case of Jade Helm 15--where a simple military exercise turned out to be perceived as the begi

90 Those with military experience had greater odds of any difference i

91 ,5-triazine (RDX) is a common constituent of military explosives.

92 ing cleanup of contaminated coastal sites by military explosives.

93 Despite RDX contamination at numerous U.S. military facilities and its mobility to aquatic systems,

94 Military families and military-connected youth exhibit s

95 a larger concern regarding the well-being of military families during wartime.

96 dditional resources may be needed to support military families.

97 evaluated: vaccine reaction and newly issued military footwear (combat boots and boot socks).

98 aterials, such as Lamboglia 2 amphorae and a military footwear hobnail (type D of Alesia), indicate t

99 Alterations in the timing of the military footwear used and selected vaccine administrati

100 cks and running shoes rather than the issued military footwear.

101 d on data from a representative study of the military for UK regular personnel who had completed a qu

102 ers for applications like medical microbots, military hardware, and nanosatellite systems.

103 as political factors have influenced how the military has addressed the mental health needs resulting

104 sonnel and their dependents) treated at both military health care facilities and civilian trauma cent

105 ve trauma patients who were beneficiaries of Military Health Insurance (military personnel and their

106 c agents within the US Department of Defense Military Health System between April 1, 2013, and Decemb

107 The Department of Defense Military Health System Data Repository was queried for i

108 In the equal access military healthcare system, African Americans have outco

109 ivities relevant to the healthcare, fitness, military, healthcare and skin-care domains.

110 ent of Defense's Central Cancer Registry and Military Heath System medical claims databases.

111 mote fort literacy had spread throughout the military hierarchy, down to the quartermaster and probab

112 line questionnaires ascertained athletic and military history.

113 ed the efficacy of single-dose BPG in the US Military HIV Natural History Study.

114 ence that covers the entire environment of a military hospital with all departments.

115 eatures in soldiers hospitalized in 2 French military hospitals were also reviewed.

116 within the first year of separation from the military (HR 2.49, 95% CI 2.12-2.91), and remained high

117 tudies if more than 20% of participants were military, if they were of deminers, if they were from hi

118 study among 4,734 women who served in the US military in Vietnam (Vietnam cohort), 2,062 women who se

119 Infections Surveillance and Response System, Military Infectious Disease Research Program, National I

120 Military injury mechanisms dominated [44 gunshot wounds

121 included market workers at sites adjacent to military installations and workers at highway settlement

122 er ( P < .001) than those with US private or military insurance.

123 e draft-level genomic sequence of 50 diverse military isolates and conduct the largest bacterial pan-

124 For some individuals, enlistment in the military may be an instrumental act to escape adverse ho

125 rm risk that a group challenges the state by military means.

126 One of the unique aspects of the military medical care system that emerged during Operati

127 udy was approved by the Walter Reed National Military Medical Center institutional review board and i

128 udy was approved by the Walter Reed National Military Medical Center institutional review board and i

129 ransfusion capability after 2012 to deployed military medical evacuation (MEDEVAC) units enabled a co

130 nalyzed the original records of World War II military medical units housed in the National Archives a

131 01, to December 31, 2010, for the in-theater military medicine health system, including centers in Ir

132 ons to be learned from out-of-hospital care, military medicine, humanitarian medicine, and disaster m

133 a are a cause of potential concern for those military members who have deployed to the Gulf region in

134 ving in the Israeli military and examined in military mental health outpatient clinics across 72 cons

135 depression and later back pain among female military nurses.

136 e than two-thirds of women in the study were military nurses.

137 of previous unit suicide attempts varied by military occupational specialty (MOS) and unit size.

138 r influential groups within society, such as military officers, journalists, and business executives.

139 children from North Waziristan due to recent military operations was presumed to favor the widespread

140 of World War 1, but outbreaks still occur in military operations, and shigellosis causes hundreds of

141 connaissance facilitated World War II Allied military operations; analysts pored over stereoscopic ph

142 o other situations, such as cases in regular military organizations or in "terrorist" groups, where i

143 Evaluation of new respiratory symptoms in military personnel after service in Southwest Asia shoul

144 beneficiaries of Military Health Insurance (military personnel and their dependents) treated at both

145 a single dose may be particularly useful in military personnel and travelers and in the control of o

146 vidual and group psychotherapies for PTSD in military personnel and veterans, published from January

147 of warzone participation among contemporary military personnel and veterans.

148 disabling psychiatric disorder common among military personnel and veterans.

149 -connected disability that currently affects military personnel and veterans.

150 such as collision sport athletes and certain military personnel are of particular interest owing to t

151 ent from September 2012 to August 2014 of US military personnel at the Madigan Army Medical Center wh

152 etrospective multivariate analysis of all US military personnel between 2001 and 2011 (n=110 035 573

153 at accession among younger recently deployed military personnel born after 1965 was 0.98/1000 (95% co

154 y of hepatitis C viral (HCV) infection among military personnel can inform potential Department of De

155 1455 military personnel committed suicide from 2005 to 2011.

156 Current and former US military personnel from all service branches participati

157 long-term course of readjustment problems in military personnel has not been evaluated in a nationall

158 se exposure, and suicide-related outcomes in military personnel have not been examined.

159 Survey of 8742 women who were active-duty military personnel in the US Armed Forces at any time fr

160 nce cultures and infection workups from U.S. military personnel injured during deployment (June 2009

161 Data from U.S. military personnel injured in Afghanistan with IFI wound

162 use exposure and suicide-related outcomes in military personnel relative to civilians is unknown.

163 th many associations significantly weaker in military personnel relative to civilians.

164 ncreased hazard rate of death by suicide for military personnel varies by time since exposure to depl

165 Approximately one-third of military personnel who deploy for combat operations sust

166 ospective cohort study of 891 active-duty US military personnel who developed C difficile from 1998 t

167 emotion dysregulation-is prevalent among US military personnel who have returned from Operations End

168 remain relevant to the trauma experienced by military personnel who have served in Iraq and Afghanist

169 Military personnel who report multiple TBIs have long-te

170 trajectories of PTSD symptoms among deployed military personnel with and without combat exposure, we

171 med a prospective, observational study of US military personnel with blast-related concussive traumat

172 Thus, US military personnel with concussive blast-related traumat

173 em and of concern to travelers and deploying military personnel with development and licensure of an

174 ective cohort study of critically injured US military personnel wounded in Iraq or Afghanistan from F

175 ines on management of mild TBI in civilians, military personnel, and athletes, but their widespread d

176 sports, elderly individuals, young children, military personnel, and victims of domestic violence.

177 Certain groups, like military personnel, are at increased risk for SSTI devel

178 ated concussive traumatic brain injury in US military personnel, but the extent to which such adverse

179 etes and in the prevention of heat stroke in military personnel.

180 T) for the prevention of suicide attempts in military personnel.

181 dispatching 1200 workers, including Chinese military personnel.

182 talized; nursing home residents; active-duty military personnel; and people living on Indian reservat

183 of undiagnosed venous reflux disease and the military physical training environment in these cases re

184 French military physicians declared 328 P. ovale attacks over t

185 icians in the private sector vs salary-based military physicians) with the odds of procedural interve

186 6-trinitrotoluene (TNT) is a major worldwide military pollutant.

187 of causing mass destruction to a civilian or military population by inhalation of toxic bioaerosol.

188 iology and sequelae of C difficile in the US military population by using the US Department of Defens

189 sociated C difficile has increased in the US military population from 1998 through 2010.

190 In the military population, improving existing treatments such

191 nically relevant functional sequelae in this military population.

192 Here, we use 50 distinct US military populations during 2009 as a retrospective coho

193 morbidities and mortalities in civilian and military populations.

194 Tuberculosis was not a great military problem during World War 1, although mortality

195 e as a single agent is effective in treating military PTSD.

196 ,7-tetrazocine (HMX), are two most important military-purpose high explosives.

197 se of their development for geopolitical and military purposes.

198 ing, hence, will have a great impact on both military pyrotechnics and commercial firework sectors.

199 raw interest from the civilian fireworks and military pyrotechnics communities for further developmen

200 release of approximately 260 kg of PCBs by a military radar facility over a 30 year period (1970-2000

201 ase of polychlorinated biphenyls (PCBs) by a military radar station into Saglek Bay, Labrador (Canada

202 press nfsI could be used to remediate TNT on military ranges, but this could require steps to mitigat

203 northern Australia climatic conditions on a military ration chocolate (RC).

204 Veterans were identified from military records and followed for 40 years through Decem

205 tes obtained from continuous surveillance of military recruit FRI, and 23 respiratory isolates recove

206 Respiratory adenovirus infection among military recruits is a serious problem, in some cases re

207 epidemics, most deaths among camp internees/military recruits were due to secondary bacterial pneumo

208 ldren, men who have sex with men, prisoners, military recruits, residents of long-term care facilitie

209 ) were again produced and administered to US military recruits.

210 dicted incident back pain in a population of military registered nurses when controlling for relevant

211 the highly repetitive nature of sports- and military-related head injury.

212 most frequently studied psychotherapies for military-related PTSD.

213 investigation builds on previous studies on military-relevant tungsten (W) to more thoroughly explor

214 arched contemporary publications, classified military reports, and casualty returns to reassess the c

215 Achieving a tobacco-free military requires rethinking current perceptions of serv

216 iation study of PTSD to date, involving a US military sample, limited evidence of association for spe

217 ver, eating disorders remain understudied in military samples.

218 ttings and populations (e.g., the workplace, military, schools); (c) psychological and neurobiologica

219 Early military separation (<4 years) and discharge that is not

220 hysical and mental health outcomes following military separation.

221 wer prevalence than men without a history of military service (2.1% vs. 3.3%; P = .003).

222 e of suicide associated with separation from military service (hazard ratio, 1.63; 99% CI, 1.50-1.77)

223 Participants were categorized by history of military service and whether a respondent was 18 years o

224 sh men (mean age 5 18 years) conscripted for military service between 1969 and 1986.

225 gression models adjusted for demographic and military service characteristics, odds of experiencing h

226 measured at age 18-20 as part of the Swedish military service conscription examination.

227 In the all-volunteer era, men with military service had a higher prevalence of ACEs in all

228 old drug use, in which men with a history of military service had a significantly lower prevalence th

229 Notably, in the all-volunteer era, men with military service had twice the odds of reporting forced

230 ence of ACEs among persons with a history of military service has not been documented in the United S

231 7 and examined at age 18 years for universal military service in the Netherlands.

232 For each outcome, motivation internal to military service itself predicted positive outcomes; a r

233 All participants were military service members or dependents recruited between

234 Participants were family members of U.S. military service members who died of any cause since Sep

235 es and markers, in brain specimens from male military service members with chronic blast exposures an

236 Considerable decline was observed in military service members with concussive blast TBI when

237 follow-up suicide attempts among active-duty military service members with current suicidal ideation

238 ctors with suicides among current and former military service members.

239 further investigation of eating disorders in military service members.

240 increase the risk of those conditions among military service members.

241 bers who separated with less than 4 years of military service or who did not separate with an honorab

242 Military service was also associated with ALS in 2 time

243 History of military service was defined by active duty service, vet

244 Suicides that occurred during active-duty military service were counted from June 1, 2001, through

245 eling (HR = 3.71, 95% CI: 1.44, 9.54) during military service were significant risks for suicide deat

246 ng global threats and the unique stresses of military service, are likely to be felt for years to com

247 oral assessment to determine eligibility for military service.

248 l examination to determine their fitness for military service.

249 suicides that occurred after separation from military service.

250 f ACEs in all 11 categories than men without military service.

251 95% CI, 1.34-3.57) compared with men without military service.

252 l examination to determine their fitness for military service.

253 In the first cohort consisting of male Dutch military servicemen (n=93), the emergence of PTSD sympto

254 ternational randomized control trial and the military setting.

255 Military sexual trauma (MST) is associated with adverse

256 ne if PTSD, other psychiatric disorders, and military sexual trauma exposure increased risk for autoi

257 disorders was similar in women and men, and military sexual trauma exposure was independently associ

258 Military sexual trauma screen status remained independen

259 highly persistent pollutant, particularly at military sites and former manufacturing facilities, pres

260 Repeated historical applications of AFFF at military sites were a result of fire-fighter training ex

261 and mobile groundwater contaminant common to military sites.

262 ion strategies to clean up TNT from polluted military sites.

263 es were obtained from various commercial and military sources around the country.

264 ws," restricting the manufacture and sale of military-style assault weapons and large-capacity magazi

265 A pressing question in military suicide prevention research is whether deployme

266 US military suicides have increased substantially over the

267 to arterial repair occurring among American military surgeons in the last 6 months of the war in the

268 French military surveillance identified an increase in Plasmodi

269 ical intervention in the universally insured military system, versus the civilian setting in Californ

270 njury and loss of consciousness is common in military TBI.

271 methods were adapted predominantly from the military theater.

272 Military trainees are at increased risk for methicillin-

273 sis, we obtained anterior-naris samples from military trainees with cutaneous abscesses and from asym

274 es a new clinical condition identified in 55 military trainees.

275 and Ad7 vaccines in controlling FRI among US military trainees.

276 a- and interclass transmission of MRSA among military trainees.

277 TI or MRSA SSTI in a high-risk population of military trainees.

278 Hemorrhage is the leading cause of death in military trauma and second leading cause of death in civ

279 ries were rapidly translated to civilian and military trauma surgical practices and fundamentally cha

280 mes of abdominal injury in a mature deployed military trauma system, with particular focus on damage

281 posttraumatic stress disorder (PTSD) due to military trauma.

282 erlap between study years, combat zones, and military treatment facilities.

283 associated diarrhea, and a bane for deployed military troops.

284 nd limited use by selected industries (e.g., military uniform buttons and piano keys) and handicraft

285 ention programs have become ubiquitous among military units; identifying temporal trends and nonclini

286 ; and water-borne zinc naphthenate (ZN)] for military use are considered.

287 ent Health Questionnaire, the PTSD Checklist-Military Version for PTSD, and the Symptom Checklist-90

288 the Posttraumatic Stress Disorder Checklist Military Version, and the Quick Inventory of Depressive

289 A retrospective cohort of 332 military veteran patients who underwent umbilical hernia

290 The sample consisted of 346 U.S. military veterans (89.3% male; 71.4% white) who deployed

291 te of major cardiovascular events among 1791 military veterans (median follow-up, 5.6 years).

292 to reassess PTSD in 598 service members and military veterans a median of 7.9 years (interquartile r

293 associated with unplanned readmission among military veterans following surgery.

294 lth toll of the Iraq and Afghanistan Wars on military veterans has been considerable, yet little is k

295 based on a nationwide telephone survey of US military veterans sampled from the Veterans Hospital Pat

296 Recent military veterans with PTSD (n=20) and matched trauma-ex

297 nge of special sample populations (including military veterans, college fraternity/sorority members,

298 rael Defense Forces veterans and one in U.S. military veterans.

299 thers is a serious problem among a subset of military veterans.

300 ar-Vietnam cohort), and 5,313 nondeployed US military women (US cohort) to evaluate the associations